HALF-LIVES FOR PROTON EMISSION, ALPHA DECAY, CLUSTER RADIOACTIVITY, AND COLD FISSION PROCESSES CALCULATED IN A UNIFIED THEORETICAL FRAMEWORK

Atomic Data and Nuclear Data Tables 80, 235–299 (2002)doi:10.1006/adnd.2002.0881

HALF-LIVES FOR PROTON EMISSION, ALPHA DECAY, CLUSTER RADIOACTIVITY,AND COLD FISSION PROCESSES CALCULATED IN A

UNIFIED THEORETICAL FRAMEWORK1

S. B. DUARTE, O. A. P. TAVARES, F. GUZMAN,2 and A. DIMARCO

Centro Brasileiro de Pesquisas Fısicas—CBPF/MCT, Rua Dr. Xavier Sigaud 150,22290-180 Rio de Janeiro, Rio de Janeiro, Brazil

F. GARCIA3 and O. RODRIGUEZ2

Instituto de Fısica, Universidade de Sao Paulo, Caixa Postal 66318, 05315-970 Sao Paulo, Sao Paulo, Brazil

and

M. GONCALVES

Instituto de Radioprotecao e Dosimetria—IRD/CNEN, Av. Salvador Allende s/n,22780-160 Rio de Janeiro, Rio de Janeiro, Brazil

Half-life values of spontaneous nuclear decay processes are presented in the framework of the effectiveliquid drop model (ELDM) using the combination of varying mass asymmetry shape description for the masstransfer (VMAS) and Werner-Wheeler’s inertia coefficient (WW). The calculated half lives of ground-state toground-state transitions for proton emission, alpha decay, cluster radioactivity, and cold fission processes arecompared with experimental data. These comparisons show that the ELDM is a very efficient model to describethese different decay processes in a same, unified, theoretical framework. A table listing the predicted half-lifevalues, τc, is presented for all possible cases of spontaneous nuclear breakup such that −7.30 � log10τc [s] �27.50 and log10(τ/τc) > −17.0, where τ is the total half life of the parent nucleus. C© 2002 Elsevier Science (USA)

Data files associated with this article may be found on IDEAL at http://www.idealibrary.com/links/doi/10.1006/adnd.2002.0881/dat.

1 Dedicated to the CLAF–Centro Latinoamericano de Fısica on the occasion of the 40th anniversary of its foundation.2 Permanent address: Instituto Superior de Ciencias y Tecnologia Nucleares, Av. Salvador Allende y Luaces, Ap. Postal

6163, La Habana, Cuba.3 Permanent address: Departamento de Ciencias Exatas e Tecnologicas, Universidade Estadual de Santa Cruz, 45650-000

Ilheus-Ba, Brazil.

0092-640X/02 $35.00C© 2002 Elsevier Science (USA)All rights reserved 235 Atomic Data and Nuclear Data Tables, Vol. 80, No. 2, March 2002

http://www.idealibrary.com/links/doi/10.1006/adnd.2002.0881/dat

http://www.idealibrary.com/links/doi/10.1006/adnd.2002.0881/dat

S. B. DUARTE et al. Half-Life Values for Nuclear Decay Processes

CONTENTS

1. INTRODUCTION ............................................................... 236

2. SHAPE PARAMETERIZATION AND POTENTIAL BARRIER ....... 237

3. GAMOW’S FACTOR AND DECAY HALF-LIFE ......................... 239

4. NUCLEAR RADII AND INERTIA COEFFICIENTS..................... 239

5. COMPARISON WITH EXPERIMENT...................................... 240

EXPLANATION OF TABLE ..................................................... 249

TABLE I ..............................................................................

Calculated Q Values and Half Lives for the Most Probable Ground-State to Ground-State Hadronic Decays of Nuclei throughout thePeriodic Table............................................................ 250

1. INTRODUCTION

Pioneering studies on spontaneous radioactive processeshave considered alpha decay and fission as completely differ-ent phenomena from each other as far as the internal nuclearstructure is concerned. However, during the 80’s, this conceptwas changed after the first reports on the possible occurrenceof a very asymmetric mass splitting of heavy nuclei [1–3],and the subsequent discovery of a new spontaneous decayprocess, namely, the cluster radioactivity [4, 5]. Theoreticalpredictions of the half lives for this new nuclear radioac-tive decay mode have been made, on the one hand, in theframework of the fragmentation theory [6–8] based on thetwo-center shell model [9, 10]. The idea has been limited tothe cold rearrangements of a large number of nucleons in theground state of the parent nucleus. On the other hand, thecluster radioactivity process has been interpreted differentlyin terms of a clustering preformation followed by fragmentemission. In these treatments, the emission of light clusterssuch as 14C has been interpreted in terms of “cluster-likedecay” [11–13], while for heavier fragment emission modes(24Ne, 30Mg, 34Si, and 48Ca) the interpretation has followedthe“fission-like approach.” A systematic investigation ofthe new decay modes based on the analytical superasym-metric fission model (ASAFM) by Poenaru et al. [14] re-vealed a number of nuclides with Z > 40 which are foundto be metastable with respect to heavy-ion emission modes.The ASAFM, which takes into account even–odd effects, wassubsequently updated, to also include superheavy nuclei andnuclei far off the beta-stability valley [15].

236

In the early 90’s, a new fission process was observed forthe first time as resulting from the emission of two fragmentsof comparable masses in their “cold” ground state; therefore,with no neutron emission—the so-called cold fission process[16]. The occurrence of cold fission is also related to shelleffects on the barrier, and the total kinetic energy of the finalfragments practically exhausts the Q value for the process.Several theoretical descriptions have appeared to treat thesethree processes (alpha decay, cluster radioactivity, and coldfission) within the same theoretical framework, as a manifes-tation of structure effects such as the shell corrections, andthe pairing and symmetry energy effects [17–26]. Duringthis decade or so, nuclear cold fission and cluster radioactiv-ity processes have been explored intensively from both theexperimental and theoretical point of views [17–19, 27–30].The newest available cold fission data are from the decayof 230Th [31], 236,238,240,242,244Pu [31–33], 248Cm [28], 252Cf[34–36], and 233,234U [31, 37] isotopes.

Nowadays special attention has been dedicated to newnuclear properties that can be deduced from the processesof proton radioactivity and alpha decay observed in theregion of proton-rich nuclei. Indeed, the competition be-tween spontaneous proton emission and alpha decay [38]is a promising tool for the analysis of possible peculiar-ities in the structure of these proton-rich nuclei [38–51],and also of great interest to the rapid proton-capture astro-physical nucleosynthesis, namely the rp process. At present,there are few calculations, based mainly on Hartree–Fock

Atomic Data and Nuclear Data Tables, Vol. 80, No. 2, March 2002


[52], Hartree–Fock–Bogoliubov [53], and effective liq-uid drop theory [54], to describe the nuclear structureand/or to calculate the half-life for the proton radioactivityprocess.

The effective liquid drop model (ELDM), formerly de-veloped to describe the alpha decay and cluster radioactivityprocesses in a unified framework [13, 26], has been extendedto include the cold fission process, and also to discuss theeffect of different inertia coefficients on the calculated halflives and product mass yield distributions. It has been al-ready shown that the half-life results calculated using such amodel depend strongly on the prescription employed to de-scribe the changing of the mass asymmetry parameter duringthe scission process. However, we have demonstrated that,by redefining appropriately the values for the model param-eters, we can reach good agreement with the existing data[21, 23, 24]. This agreement has been observed for the alphadecay [22] and cluster radioactivity [23] processes, both forthe earlier data [13, 26] and the most recent data, where newregions of daughter nuclei around the double-magic 100Sn50

and 132Sn82 nuclei are expected to occur [21, 26, 55, 56]. Infact, we have used our model to predict some new regions ofinstability which, through cluster emission, lead to proton-rich valleys around 100Sn50 [21]. Results have shown that,besides the probable 12C cluster radioactivity, other emittednuclei such as 14N and 16O can also lead to double-magic-shell daughter nuclei [21].

In the limit of smallest fragment emission, our modelcan deal also with the proton emission phenomenon, givingpredicted half-life values for several proton emitter nuclei inexcellent agreement with the recent data [54]. Therefore, wecan state that the present ELDM, although semiclassical incharacter, has shown to be a valuable tool in predicting thehalf lives for different nuclear decay processes in a unifiedtheoretical framework.

The aim of this work is to update the half-life estimationsfor proton emission, alpha decay, cluster radioactivity, andspontaneous cold fission processes within the ELDM usingthe most recent atomic mass data tables by Audi et al. [57]and Moller et al. [58] as input data. In the next sections, wedetail the most relevant aspect of the model we are using.The results and comments are presented in the last section.All decay cases within the limits of measurable half lives aredisplayed in a table.

2. SHAPE PARAMETERIZATIONAND POTENTIAL BARRIER

According to the ELDM, a spherical, molecular shapeis established in order to obtain analytical expressions for the

237

R 2

θ2 θ1

R 1

ζξ

FIG. A Schematic representation of the dinuclear decaying system.The daughter nucleus and the emitted (smaller) fragment have radius R2

and R1, respectively, and the distance between the geometrical centers ofthe fragments is denoted by ζ . The variable ξ represents the distance betweenthe center of the heavier fragment and the circular sharp neck of radius a.

Coulomb and surface potential energies required to calcu-late the total potential barrier. Gamow’s penetrability factor[59] is calculated by considering (i) Werner-Wheeler’s in-ertia coefficient [60] and (ii) the effective inertia coefficient[26].

During the molecular phase of the process, the geometri-cal configuration of the deformed system is approximated bytwo intersecting spheres of different radii. For the completespecification of this configuration, we need four independentcoordinates, disregarding the location of the center-of-massof the system. Figure A shows a sketch of a typical configu-ration, where the choice for the coordinates are specified:the radii of each spherical segment, R1 and R2; the heightof the largest spherical segment, ξ ; and the distance betweentheir geometric centers, ζ . At the end of the molecular phase,the system reaches a limiting configuration of two spherical,tangent fragments with radii R1 and R2, respectively, for theemitted fragment and daughter nucleus.

Three constraints have been introduced to reduce thespherical four-dimensional problem to the equivalent one-dimensional one. To preserve the adopted shape parametriza-tion for the deformed nuclear system during the molecularphase, i.e., to keep the spherical segments in contact, it isnecessary to establish a geometric constraint,

R21 − (ζ − ξ )2 = R2

2 − ξ 2. (1)

Because we are considering the incompressibility of thenuclear matter, the constraint for conservation of total



volume of the system is expressed in our coordinates by

2(R3

1 + R32

) + 3[R2

1(ζ − ξ ) + R22ξ

]− [(ζ − ξ )3 + ξ 3] = 4R3

p, (2)

where Rp is the radius of the parent nucleus.The third constraint is associated with the flux of

mass through the window connecting the two spheroids [seeFig. A]. During the evolution of the molecular phase of frag-ments, we are able to take a constant radius for the sphericalsegment corresponding to the nascent cluster (i.e., we havefixed R1 = R1) or a constant volume for both fragments asestablished by Eq. (2). We will return to this point later, whendiscussing the inertia associated with the degree of freedomof the relative motion subjected to the constrained relation-ships mentioned above.

The model considers explicitly the Coulomb and surfaceenergy contributions to the potential barrier. In our calculationwe have used Gaudin’s expression [61] for the electrostaticenergy of two overlapping spherical segments with a uniformcharge distribution,

Vc = 8

9πa5ε(x1, x2)ρc, (3)

where ρc is the initial charge density, ε is a function of theangular variables x1 and x2, and a is the radius of the sharpneck. The variables x1 = π − θ1 and x2 = θ2 − π are definedin terms of the angles θ1and θ2, shown in Fig. A.

The expression for the ε factor in terms of the auxiliaryfunctions f , f ′, and g reads

ε(x1, x2) =[

1

sin2 x2− 1

sin2 x1

] [f (x2)

sin2 x2− f (x1)

sin2 x1

]

− (cot x2 + cot x1)

[f ′(x2) + π

4

sin2 x2+ f ′(x1) + π

4

sin2 x1

]

+ 1

sin2 x1 sin2 x2

[f (x1 + x2) + 1

3sin2(x1 + x2)

]

+ π

8[g(x1) + g(x2)] , (4)

where f ′ denotes the derivative of f with respect to itsargument. Explicitly, the auxiliary functions f , f ′, and gare given by

f (x) = 1 − x cot x − π

2tan

x

2, (5)

23

f ′(x) + π

4= 2x − sin(2x)

2 sin2 x− tan2 x

2, (6)

g(x) =[

1.5 + tan2 x

2+ 0.3 tan4 x

2

]tan

x

2+ 2

sin3 x.

(7)

The above expression for Coulomb energy is the exact solu-tion of Poisson’s equation for a uniform charge distributionof the system [61].

For the surface potential energy, we have introduced aneffective surface tension,σeff, to the deformed system, definedthrough the equation

3

5e2

[Z2

p

Rp− Z2

1

R1− Z2

2

R2

]+ 4πσeff

(R2

p − R21 − R2

2

) = Q,

(8)

where Zi e (i = p, 1, 2) are the nuclear charges, respectively,of the parent, emitted, and daughter nuclei. This definitionestablishes that the difference between the energies of theinitial and final configurations of the system reproduces theenergy released in the disintegration, the Q value, defined asQ = M − M1 − M2. The mass values in the Q-value expres-sion have been taken from the atomic mass evaluation by Audiet al. [57] when available, otherwise from the tables by Molleret al. [58]. Therefore, for the surface potential energy we have

Vs = σeff(S1 + S2), (9)

where the surface of each spherical segment is given by

Si = π Ri (Ri + δi ), (10)

in which

δi ={

ζ − ξ, i = 1ξ, i = 2.

(11)

The effect of the centrifugal potential energy after thescission point has as usual the expression

Vl =-h2

2µ

l(l + 1)

ζ 2, (12)

where µ = M1 M2/(M1 + M2) is the reduced mass of thesystem in the final configuration. Therefore, the effective,one-dimensional total potential energy reads

V = Vc + Vs + Vl , (13)

8 Atomic Data and Nuclear Data Tables, Vol. 80, No. 2, March 2002


subject to the constraints given by Eqs. (1) and (2), and theconstraint which defines the mass transfer through the contactwindow.

3. GAMOW’S FACTOR AND DECAY HALF-LIFE

The quantum transition rate from the initial to the fi-nal state of the system has been determined by reducing theproblem to a one-dimensional motion like in Gamow’s alpha-decay theory. The penetrability factor is calculated under theassumption that the system tunnels a barrier of height V − Q.Shell effects, which appear in the Q value [already used inEq. (8)], act directly on the height and width of the effectivebarrier. The penetrability factor is calculated by

P = exp

[−2

-h

∫ ζc

ζ0

√2µ[V (ζ ) − Q] dζ

]. (14)

The limits of integration are the inner turning point

ζ0 = Rp − R1 (15)

and the outer one, which, for l = 0, is given by

ζc = Z1 Z2e2/Q. (16)

Finally, the half life is calculated as

τ = ln 2

λ(17)

with

λ = λ0P, (18)

where λ0 is a parameter of the model associated with the timescale of cluster preformation (in the case of cluster emission),or the surface oscillation characteristic time for the fissionprocess.

4. NUCLEAR RADII AND INERTIA COEFFICIENTS

The final radii of the fragments should be given by

Ri =[

Zi

Z p

]1/3

Rp, i = 1, 2, (19)

to be consistent with the uniform charge distribution con-sidered in the Coulomb potential. The radius of the parent

23

TABLE AModel Parameter Values Used in the Calculation of the Half Lives

of the Hadronic Decay Modes for Different Model Combinationsof Shape Parameterization and Inertia Coefficient (r0 in fm; λ0 in1021 s−1)

Decay mode

Proton Alpha Cluster Coldemission decay radioactivity fission

Modelcombinationa r0 λ0 r0 λ0 r0 λ0 r0 λ0

VMAS, WW 1.39 1.5 1.34 18 1.37 10 1.39 320VMAS, EFF 1.38 0.5 1.13 40 1.20 10 — —CMAS, WW 1.38 0.5 1.20 44 1.31 10 — —CMAS, EFF 1.38 0.5 1.13 18 1.17 10 — —

a VMAS ≡ Varying Mass Asymmetry Shape; CMAS ≡ Constant MassAsymmetry Shape; WW ≡ Werner-Wheeler’s inertia; EFF ≡ Effectiveinertia.

nucleus is determined by the simple formula

Rp = r0 A1/3p ,

where r0 is the most significant parameter used to adjust themodel to the set of experimental data. Values of r0 for differentapplications of the model together with the values of λ0 arepresented in Table A.

An additional constraint distinguishes two different de-scriptions for the mass transfer through the internal window.To characterize the varying mass asymmetry shape (VMAS)description, we regard the radius of the lighter fragment asconstant, i.e.,

R1 − R1 = 0, (20)

where R1 is the final radius of the light fragment. On the otherhand, in the constant mass asymmetry shape (CMAS) descrip-tion, the volume of each fragment radius is constant, and,in terms of the lighter fragment radius, volume conservationgives

2R31 + 3R2

1(ζ − ξ ) − (ζ − ξ )3 − 4R31 = 0. (21)

To determine Gamow’s penetrability factor we need toknow the inertia coefficient, µ, in Eq. (14). Werner-Wheeler’sapproximation [60] for the velocity field of the nuclear flowhas been mainly used in the literature [13, 62] to define the in-ertia tensor coefficient. In this approach, the velocity field hasbeen obtained from the solution of the continuity equation by



using the incompressibility and irrotationality of the nuclearflow. After reduction to the one-dimensional relative motionof the separating parts, only one component of the tensor be-comes relevant. The expression for Werner-Wheeler’s inertiacoefficient is given by

1

2

∫ρ�v 2 dr = 1

2µWWζ 2, (22)

where ρ is the mass density for the system, and ζ is therelative velocity of the geometric center of the fragments.We can determine Werner-Wheeler’s inertia coefficient fortwo parametrizations, namely, µVMAS

WW and µCMASWW [13, 62].

An alternative proposal for calculating the inertia co-efficient has been recently applied in one-dimensional pen-etrability calculations [26]. By means of a straightforwardcalculation incorporating the constraints mentioned above[Eqs. (1), (2), (20), and (21)], the expression for the effectiveinertia coefficient reads

µeff = µα2, (23)

where µ = m1 × m2/(m1 + m2) is the reduced mass of thenascent fragments, and α is a configuration-dependent vari-able which characterizes the evolution of the system in themolecular phase. For the VMAS description one has

αVMAS = 1 − 2

ζ (R2 − ξ )

[(ζ − ξ )(z1 + z2) + z2

1 − z22

], (24)

where the variable zi is given by

z1 = π

4

[R2

1 − (ζ − ξ )2]2 /

v1 , (25)

z2 = π

4

[R2

2 − ξ 2] /

v2 , (26)

in which v1 = π3 [2R3

1 + 3R21(ζ − ξ ) − (ζ − ξ )3] and v2 =

π3 [2R3

2 + 3R22ξ − ξ 3] are the volumes of each spherical

segment.For the CMAS description, where the mass of the frag-

ments does not vary during the molecular phase, we have

αCMAS = 1 + 1

v1

[R2

1 − (ζ − ξ )2]

×[

R1d R1

dζ− (ζ − ξ )

(1 − dξ

dζ

)]

+ 1

v2

(R2

2 − ξ 2)(

R2d R2

dζ− ξ

dξ

dζ

), (27)

24

where

dξ

dζ= −γ

d R2

dζ, (28)

d R1

dζ= 1

R1

[(ζ − ξ ) + (R2 + γ ζ )

d R2

dζ

], (29)

d R2

dζ=

− (ζ − ξ ) (6R1 + 4ζ − 4ξ ) + R1 (5R1 + 3ζ − 3ξ )

(R2 + γ ζ ) (6R1 + 4ζ − 4ξ ) + γ R1 (5R1 + 3ζ − 3ξ ),

(30)

and

γ =(

6R2 + 4ξ

5R2 + 3ξ

). (31)

In the next section we present the main results obtainedwith the current model by using the different inertia coeffi-cients detailed above.

5. COMPARISON WITH EXPERIMENT

By using the VMAS and CMAS mass-transfer descriptionsand Werner-Wheeler’s and effective inertia coefficients wewere able to calculate the half-life values, τc, for the diffe-rent decay cases. All possible cases of spontaneous nuclearbreakup such that −7.30 � log10τc [s] � 27.50, and, at thesame time, log10 (τ/τc) > −17.0 (τ is the total half-life of theparent nucleus) have been considered. Calculations have beenperformed for all parent nuclei whose experimental mass val-ues are available in the atomic mass table evaluation by Audiet al. [57]. Whenever a daughter nucleus does not have itsmass value listed in Ref. [57], we have used the most re-cent mass prediction table by Moller et al. [58] as input data.The choice of the well-controlled parameters λ0 and r0 ofthe ELDM for each decay mode (proton, alpha, cluster emis-sions, and cold fission) has been made so that the quantity

σ =

√√√√ 1

N

N∑i=1

[log10

(τ i

c

τ iexp

)]2

(32)

is a minimum. Here, τexp represents the experimental half-life value, and N is the number of experimental data for thedecay mode under analysis. Thus, as discussed in Ref. [22],the values for both parameters λ0 and r0 have been determinedin order to obtain the best agreement with the experimentalhalf-life data (Table A).



TABLE BComparison between Experimental and Calculated Partial Half-Life Values (τ in Seconds) for Proton Emission from Nuclei

Parent nucleus Experimental Calculated

Z A log10τexp Ref. log10τVMASWW log10τ

CMASWW log10τ

VMASeff log10τ

CMASeff �a

51 105 1.70 [42] 2.31 2.64 2.06 2.01 253 109 −4.00 [46, 47, 63] −4.20 −3.88 −4.46 −4.50 255 112 −3.30 [41] −3.31 −3.00 −3.58 −3.62 2

113 −4.77 [41, 46] −5.64 −5.33 −5.91 −5.95 257 117 −1.58 [51] — — — — —63 131 −1.58 [64] — — — — —67 140 −2.22 [65] — — — — —

141 −2.40 [65] — — — — —69 145 −5.45 [66] — — — — —

146 −0.63 [44] −0.30 −0.06 −0.69 −0.72 5147 0.43 [45, 49, 63] 0.59 0.83 0.19 0.17 5

71 150 −1.40 [43, 63] −1.34 −1.11 −1.74 −1.77 5151 0.89 [48, 63] −1.03 −0.80 −1.44 −1.46 5

73 156 −0.84 [38, 67] −0.48 −0.28 −0.93 −0.95 2157 −0.52 [68] −0.77 −0.57 −1.22 −1.24 0

75 160 −3.06 [67] −3.03 −2.84 −3.48 −3.50 2161 −3.43 [68] −3.19 −3.00 −3.64 −3.66 3

77 165 −3.46 [69] −3.73 −3.53 −4.17 −4.19 5166 −0.82 [69] −0.50 −0.32 −0.98 0.99 2167 −0.96 [69] −1.06 0.89 −1.55 −1.56 0

79 171 −2.65 [69] −2.74 −2.56 −3.21 −3.23 483 185 −4.35 [39] −4.36 −4.22 −4.89 −4.90 0

−4.23 [70]

a The reported � values are those that give the best agreement between calculated and measured half-life values.

Concerning the cases of proton emission from nuclei,Fig. B shows the half-life values for the most recent casesobserved in proton-rich emitters. Table B reports such dataas well as the calculated half lives in the framework of the cur-rent ELDM descriptions. In most cases a nonzero � value hasbeen chosen to give the best agreement between calculatedand measured half-life values (see Table B). These resultsshow a strong dependence of the half life on orbital angular

1 0 0 1 2 0 1 4 0 1 6 0 1 8 0 2 0 0P a ren t n u c leu s m ass n u m b er

-8

-6

-4

-2

0

2

4

Hal

f-li

fe v

alue

s, lo

g [

s]10

FIG. B Half lives of proton radioactivity for proton-rich parentnuclei. Our results (open square, µVMAS

WW ) agree quite well with the experi-mental data (filled circle). Significant deviations are seen only in two cases,viz., 113Cs and 151Lu proton emitters. Experimental data are those listed inTable B. The dotted lines are to guide the eyes.

24

momentum of the emitted proton (�), and agreement withthe existing data becomes very good if a suitable � value isemployed. In Fig. C we show the variation of the half life ofproton emission for 156Ta, 161Re, and 171Au proton emittersas a function of the angular momentum. An increase of about10 orders of magnitude in the half-life values results when theorbital angular momentum varies from 0 to 10 -h. By adjustingthe model parameters for the proton-emission cases, it turns

0 2 4 6 8 10Angular momentum [ h ]

-8

-4

0

4

8

12

Hal

f-li

fe v

alue

s, lo

g (τ

) [

s]10

Ta

Re

Au

156

161

171

FIG. C Angular momentum dependence of the half life for protonradioactivity. Half-life calculations for 156Ta (solid line), 161Re (dashed line),and 171Au (dotted line) change up to about 10 orders of magnitude whenorbital angular momentum varies from 0 -h to 10 -h. The experimental dataare those from Table B.



6 0 8 0 1 0 0 1 2 0 1 4 0 1 6 0P a ren t n u c leu s neu tro n n u m b er

-2

-1

0

1

2

log

( /

)cτ

τ exp

10

FIG. D The ratio τc/τexp (in log10 scale) of calculated to experi-mental alpha decay half lives (points) plotted versus neutron number of theparent nucleus. Deviation by a factor of 3 between theory and experimentis represented by broken lines. The figure shows the results for the modelcombination µVMAS

WW for 302 alpha emitters.

out that the model combination VMAS/WW with r0 = 1.39 fmand λ0 = 1.5 × 1021 s−1 is the best choice to reproduce themeasured half-lives (filled circles in Fig. B). In this way, thedifferences between calculated and experimental values arenot greater than one order of magnitude.

For the sake of comparison with the most recent exper-imental half-life values of alpha decay, we have plotted theτc/τexp ratios in Fig. D. In spite of using only two parame-ters in the model, our theoretical results are comparable tothose obtained from other available models [71] in whichfour adjustable parameters are often used. Also, both modelparameterizations, VMAS/WW and VMAS/EFF, are able in re-producing quite well (σ = 0.38) the measured half lives forthe alpha-decay cases. The effect of the centrifugal barrieron the half life is smaller in the case of alpha decay thanin the case of proton emission, and this effect is smaller stillin the cases of heavier cluster emission. In Fig. E we displaythe variation of the half life of alpha decay (part a) and ofcluster emission (part b) for some experimentally observeddecay cases when � takes the values 0 -h and 6 -h.

The current ELDM has been used in cluster radioactiveprocesses for all cases of cluster emission from carbon tosilicon. The calculated half lives have been compared withthe experimental data (Fig. F). Equally good agreement withthe data is observed for the model combinations VMAS/WWand VMAS/EFF. The agreement becomes less satisfactory withthe CMAS parametrization, especially in the cases of emissionof clusters heavier than 20O. Previous systematic studies ofthe most probable nuclear decays by Poenaru et al. [14, 15]have considered only the cases for cluster emission modes.An intercomparison between the current and previous [14, 15]calculated half-life values is shown in Table C. The current

242

ELDM predictions are seen to be comparable (within 1–2orders of magnitude) to those calculated using the ASAFMroutine.

Although many theoretical and experimental studies oncold fission processes [74–76] have been carried out in thelast decade, there is not yet a systematic work that gives thepredicted half lives for the possible cases of these processesfor heavy parent nuclei.

In a previous work [23], a quite reasonable performanceof the ELDM has been achieved in some cases of cold fis-sion process, even when the values of model parameters λ0

and r0 were considered to be the same as those that wereadopted for cluster emission processes. In this work, the val-ues of model parameters for the cold fission process havebeen redefined in order to better reproduce the most recenthalf-life experimental results. The parent nuclei consideredfor this evaluation were 238,240,242Pu, 248Cm, and 252Cf; nu-clei for which the fragment total kinetic energy released andthe half life have been simultaneously determined (experi-mental results are given in Refs. [77, 78]). Because a hightotal kinetic energy of fragments have been observed in these

FIG. E Effect of the centrifugal barrier on the calculated half-livesfor alpha decay (a) and cluster emission (b). The solid line represents the halflife for � = 0 and the dashed line for � = 6 -h. Experimental data are thosequoted in Ref. [22] for alpha decay and from Table C for cluster emission.



TABLE CComparison between Experimental and Calculated Partial Half-Life Values for Cluster Emission Modes of Trans-lead Parent Nuclei

Half-life values [log10 τ (s)]

Parent nucleus Decay mode Present systematicsb Previous systematics

Z A Z1 A1 Experimentala µVMASWW µCMAS

WW µVMASeff µCMAS

eff ASAFMc ASAFMd

87 221 6 14 14.46 14.42 13.31 14.24 13.43 15.0 14.388 221 6 14 13.41 13.26 12.17 13.13 12.32 14.1 14.2

222 6 14 11.02 12.02 10.93 11.89 11.09 12.1 11.1223 6 14 15.5e 14.24 13.12 14.06 13.25 15.0 15.1224 6 14 15.9 16.78 15.64 16.56 15.74 16.9 15.9226 6 14 21.3 21.84 20.66 21.54 20.70 21.9 20.9

89 225 6 14 17.15 17.86 16.71 17.64 16.82 18.5 17.890 228 8 20 20.87 22.03 20.84 22.18 20.82 21.8 21.9

230 10 24 24.64 24.78 23.45 25.08 23.24 24.1 25.291 231 10 24 23.23 22.00 20.69 22.39 20.58 22.0 23.392 232 10 24 21.06 20.48 19.19 20.94 19.14 19.6 20.8

233 10 24 24.84 23.13 21.81 23.51 21.69 23.5 25.2234 10 24,26 25.07 25.51 24.20 25.88 24.03 24.7 26.0

12 28 25.55 24.86 23.49 25.54 23.27 23.7 25.994 236 12 28 21.67 20.33 19.00 21.22 19.01 18.9 21.1

238 12 28,30 25.70 24.83 23.78 25.87 23.60 23.3 25.914 32 25.28 24.43 23.09 25.65 22.97 22.7 26.1

96 242 14 34 23.15 f 21.81 20.61 — 20.79 19.8 23.5

a Values taken from Ref. [72].b µ is the inertia coefficient, where VMAS ≡ Varying Mass Asymmetry Shape; CMAS ≡ Constant Mass Asymmetry Shape; WW ≡ Werner-Wheeler’s

inertia; EFF ≡ Effective inertia.c Analytical Superasymmetric Fission Model by Poenaru et al. [14] with the even–odd effect included.d Analytical Superasymmetric Fission Model by Poenaru et al. [15].e Mean value from six measurements.f Ref. [73].

FIG. F Calculated half-life values for cluster radioactivity as obtained from the current ELDM with different descriptions for the shape parametrizationand inertia coefficients as indicated. Experimental data are those listed in Table C (filled circles).



FIG. G Half-lives of cold fission cases as predicted by the VMAS mass transfer description and Werner-Wheeler’s inertia coefficient of the currentELDM. Half-life ranges for cold fission process are indicated by the gray scale.

fission processes, they should be closely related to the coldnuclear fission process which can be described by the currentELDM.

By defining the mass asymmetry as

η = A2 − A1

A2 + A1, (33)

a cold fission process is, for the purpose of this work, thenuclear breakup into two fragments of mass numbers A1 andA2 (A2 > A1) such that η < 0.25. In Fig. G we representthe predicted total half-life values of cold nuclear fission fol-lowing the model parameterization VMAS/WW for all parentnuclei with available mass values in the 1997 mass table byAudi et al. [57] (as before, for daughter nuclei which do nothave the mass-value in the referred mass table we have usedthe most recent mass predictions by Moller et al. [58] as inputdata).

To obtain a better feeling concerning how the ELDMworks in the cases of fission processes, we focused attentionon the mass region near spherical fragments. There existsan experimentally explored fission process of some trans-Bk isotopes, for which cases the mass region of the fissionfragments is located nearby the doubly magic 132Sn isotope.In this process, the fragments possess a high kinetic energycompared to the systematic increase observed in ordinaryfission processes [77, 79]—the bimodal fission process [77].In some cases, the fragment mass distributions have been ex-perimentally determined. In Fig. H we compare the measured

24

1 0 0 1 1 0 1 2 0 1 3 0 1 4 0 1 5 0 1 6 0F rag m e n t m a ss n u m b e r

0 .0

0 .2

N o2 6 20 .0

0 .2

Col

d fi

ssio

n yi

eld

N o2 5 80 .0

0 .2

M d2 6 00 .0

0 .2

M d2 5 9

0 .0

0 .2

0 .0

0 .2

0 .4

0 .6

F m2 5 9

F m2 5 8

FIG. H Calculated fragment-mass distribution in cold fission (his-tograms) compared to experimental data (full lines) for 258Fm, 259Fm,259Md, 260Md, 258No, and 262No parent nuclei. The calculated yields (nor-malized to 1) have been obtained following the VMAS/WW model combina-tion. The experimental yields (also normalized to 1) are obtained from datareported in Ref. [77].



mass distributions with the predictions from our ELDM. Inspite of the fact that the current model takes into account onlythe gross characteristics of cold fission, the locations of theexperimental maxima are well reproduced for nuclei that ex-hibit the bimodal fission process. Our results are extremelypeaked in the product mass region in the vicinity of 132Snbecause we are dealing strictly with cold fission processes,while the experimental distributions are inclusive ones in thefragment kinetic energy. This fact may be the reason for theside spreading of the experimental distributions as comparedwith our theoretical results. The most appropriate experimen-tal distribution to be compared with our result should be ex-clusive in the kinetic energy of fragments, i.e., distributionsof fragments with energies very near the Q value.

Finally, we present in a table the calculated half-liferesults of the four nuclear decay modes discussed above inthe framework of the ELDM for the model combination ofinertia coefficient and mass transfer description µVMAS

WW , andunder the assumption of zero angular momentum (the fewexceptions are for some cases of proton emission as explainedin Table B).

Acknowledgments

The authors wish to express their gratitude to theBrazilian FAPESP, FAPERJ, CNPq, CNEN, and CLAF forpartial support.

References

1. H. G. de Carvalho, J. B. Martins, I. O. de Souza, andO. A. P. Tavares, Ann. Acad. Bras. Cienc. 47, 567 (1975)

2. H. G. de Carvalho, J. B. Martins, I. O. de Souza, andO. A. P. Tavares, Ann. Acad. Bras. Cienc. 48, 205 (1976)

3. H. G. de Carvalho, J. B. Martins, and O. A. P. Tavares,Phys. Rev. C 34, 2261 (1986)

4. H. J. Rose and G. A. Jones, Nature (London) 307, 245(1984)

5. D. V. Aleksandrov, A. F. Belyatskii, Yu. A. Glukhov,E. Yu. Nikol’skii, B. G. Novatskii, A. A. Ogloblin, andD. N. Stepanov, Pis’ma Zh. Eksp. Teor. Fiz. 40, 152(1984) [JETP Lett. 40, 909 (1984)]

6. A. Sandulescu and W. Greiner, J. Phys. G 3, L189 (1977)

245

7. A. Sandulescu, H. J. Lustig, J. Hahn, and W. Greiner,J. Phys. G 4, L279 (1978)

8. A. Sandulescu, D. N. Poenaru, and W. Greiner, Fiz. Elem.Chastits At. Yadra 11, 1334 (1980) [Sov. J. Part. Nucl.11, 528 (1980)]

9. H. J. Fink, J. Maruhn, W. Scheid, and W. Greiner,Z. Phys. 268, 321 (1974)

10. J. Maruhn and W. Greiner, Phys. Rev. Lett. 32, 548 (1974)

11. S. S. Malik, S. Singh, R. K. Puri, S. Kumar, and R. K.Gupta, Pramana J. Phys. 32, 419 (1989)

12. G. A. Pik-Pichak, Yad. Fiz. 44, 1421 (1986) [Sov. J. Nucl.Phys. 44, 923 (1986)]

13. M. Goncalves and S. B. Duarte, Phys. Rev C 48, 2409(1993)

14. D. N. Poenaru, W. Greiner, K. Depta, M. Ivascu,D. Mazilu, and A. Sandulescu, ATOMIC DATA AND

NUCLEAR DATA TABLES 34, 423 (1986)

15. D. N. Ponearu, D. Schnabel, W. Greiner, D. Mazilu, andR. Gherghescu, ATOMIC DATA AND NUCLEAR DATA TABLES

48, 231 (1991)

16. W. Mollenkopf, J. Kaufmann, F. Gonnenwein,P. Geltenbort, and A. Oed, J. Phys. G 18, L203(1992)

17. E. Stefanescu, W. Scheid, A. Sandulescu, and W. Greiner,Phys. Rev. C 53, 3014 (1996)

18. A. Florescu, A. Sandulescu, C. Cioaca, and W. Greiner,J. Phys. G 19, 669 (1993)

19. S. Singh, R. K. Gupta, W. Scheid, and W. Greiner,J. Phys. G 18, 1243 (1992)

20. A. Florescu, A. Sandulescu, and W. Greiner, J. Phys. G19, 1947 (1993)

21. O. Rodrıguez, F. Guzman, S. B. Duarte, O. A. P. Tavares,F. Garcıa, and M. Goncalves, Phys. Rev. C 59, 253 (1999)

22. O. A. P. Tavares, S. B. Duarte, O. Rodrıguez, F. Guzman,M. Goncalves, and F. Garcıa, J. Phys. G 24, 1757 (1998)



23. S. B. Duarte, O. Rodrıguez, O. A. P. Tavares,M. Goncalves, F. Garcıa, and F. Guzman, Phys. Rev.C 57, 2516 (1998)

24. M. Goncalves, S. B. Duarte, F. Garcıa, and O. Rodrıguez,Comput. Phys. Commun. 107, 246 (1997)

25. S. B. Duarte, M. G. Goncalves, and O. A. P. Tavares,Phys. Rev. C 56, 3414 (1997)

26. S. B. Duarte and M. G. Goncalves, Phys. Rev. C 53, 2309(1996)

27. V. Avrigeanu, A. Florescu, A. Sandulescu, andW. Greiner, Phys. Rev. C 52, R1755 (1995)

28. A. Benoufella, G. Barreau, M. Asghar, P. Audouard,F. Brisard, T. P. Doan, M. Hussonnois, B. Leroux,J. Trochon, and M. S. Moore, Nucl. Phys. A 565, 563(1993)

29. E. Stefanescu, A. Sandulescu, and W. Greiner, J. Phys.G 20, 811 (1994)

30. W. Greiner and A. Sandulescu, J. Phys G 17, S429 (1991)

31. M. Asghar, N. Boucheneb, G. Medkour, P. Geltenbort,and B. Leroux, Nucl. Phys. A 560, 677 (1993)

32. Y. X. Dardenne, R. Aryaeinejad, S. J. Azstalos,B. R. S. Babu, K. Butler-Moore, S. Y. Chu, J. D.Cole, M. W. Drigert, K. E. Gregorich, J. H. Hamilton,J. Kormicki, I. Y. Lee, R. W. Lougheed, Q. H. Lu,W.-C. Ma, M. F. Mohar, K. J. Moody, S. G. Prussin, A. V.Ramayya, J. O. Rasmussen, M. A. Stoyer, and J. F. Wild,Phys. Rev. C 54, 206 (1996)

33. L. Dematte, C. Wagemans, R. Barthelemy, P. D’hondt,and A. Deruytter, Nucl. Phys. A 617, 331 (1997)

34. J. H. Hamilton, A. V. Ramayya, J. Kormicki, W.-C. Ma,Q. Lu, D. Shi, J. K. Deng, S. J. Zhu, A. Sandulescu,W. Greiner, G. M. Ter-Akopian, Yu. Ts. Oganessian,G. S. Popeko, A. V. Daniel, J. Kliman, V. Polhorsky,M. Morhac, J. D. Cole, R. Aryaeinejad, I. Y. Lee, N. R.Johnson, and F. K. McGowan, J. Phys G 20, L85 (1994)

35. J. H. Hamilton, A. V. Ramayya, S. J. Zhu, G. M.Ter-Akopian, Yu. Ts. Oganessian, J. D. Cole, J. O.Rasmussen, and M. A. Stoyer, Prog. Part. Nucl. Phys.35, 635 (1995)

24

36. G. M. Ter-Akopian, J. H. Hamilton, Yu. Ts.Oganessian, J. Kormicki, G. S. Popeko, A. V. Daniel,A. V. Ramayya, Q. Lu, K. Butler-Moore, W.-C. Ma,J. K. Deng, D. Shi, J. Kliman, V. Polhorsky, M. Morhac,W. Greiner, A. Sandulescu, J. D. Cole, R. Aryaeinejad,N. R. Johnson, I. Y. Lee, and F. K. McGowan, Phys. Rev.Lett. 73, 1477 (1994)

37. W. Schwab, H.-G. Clerc, M. Mutterer, J. P. Theobald,and H. Faust, Nucl. Phys. A 577, 674 (1994)

38. R. D. Page, P. J. Woods, R. A. Cunningham, T. Davinson,N. J. Davis, A. N. James, K. Livingston, P. J. Sellin, andA. C. Shotter, Phys. Rev. C 53, 660 (1996)

39. C. N. Davids, P. J. Woods, H. T. Penttila, J. C. Batchelder,C. R. Bingham, D. J. Blumenthal, L. T. Brown, B. C.Busse, L. F. Conticchio, T. Davinson, D. J. Henderson,R. J. Irvine, D. Seweryniak, K. S. Toth, W. B. Walters,and B. E. Zimmerman, Phys. Rev. Lett. 76, 592 (1996)

40. S. Hofmann, Radiochim. Acta 70/71, 93 (1995)

41. R. D. Page, P. J. Woods, R. A. Cunningham, T. Davinson,N. J. Davis, A. N. James, K. Livingston, P. J. Sellin, andA. C. Shotter, Phys. Rev. Lett. 72, 1798 (1994)

42. R. J. Tighe, D. M. Moltz, J. C. Batchelder, T. J.Ognibene, M. W. Rowe, and J. Cerny, Phys. Rev. C 49,R2871 (1994)

43. P. J. Woods, T. Davinson, N. J. Davis, S. Hofmann,A. N. James, K. Livingston, R. D. Page, P. J. Sellin,and A. C. Shotter, Nucl. Phys. A 553, 485c (1993)

44. K. Livingston, P. J. Woods, T. Davinson, N. J. Davis,S. Hofmann, A. N. James, R. D. Page, P. J. Sellin, andA. C. Shotter, Phys. Lett. B 312, 46 (1993)

45. K. S. Toth, D. C. Sousa, P. A. Wilmarth, J. M. Nitschke,and K. S. Vierinen, Phys. Rev. C 47, 1804 (1993)

46. A. Gillitzer, T. Faestermann, K. Hartel, P. Kienle, andE. Nolte, Z. Phys. A 326, 107 (1987)

47. T. Faestermann, A. Gillitzer, K. Hartel, P. Kienle, andE. Nolte, Phys. Lett. B 137, 23 (1984)

48. S. Hofmann, W. Reisdorf, G. Munzenberg, F. P.Hessberger, J. R. H. Schneider, and P. Armbruster,Z. Phys. A 305, 111 (1982)



49. O. Klepper, T. Batsch, S. Hofmann, R. Kirchner,W. Kurcewicz, W. Reisdorf, E. Roeckl, D. Schardt, andG. Nyman, Z. Phys. A 305, 125 (1982)

50. K. P. Jackson, C. U. Cardinal, H. C. Evans, N. A. Jelley,and J. Cerny, Phys. Lett. B 33, 281 (1970)

51. H. Mahmud, C. N. Davids, P. J. Woods, T. Davinson,A. Heinz, G. L. Poli, J. J. Ressler, K. Schmidt,D. Seweryniak, M. B. Smith, A. A. Sonzogni, J. Uusitalo,and W. B. Walters, Phys. Rev. C 64, 031303(R) (2001)

52. S. Cwiock, J. Dobaczewski, P. H. Heenen, P. Magierski,and W. Nazarewicz, Nucl. Phys. A 611, 211 (1996)

53. S. Cwiock, W. Nazarewicz, and P. H. Heenen, Phys. Rev.Lett. 83, 1108 (1999)

54. F. Guzman, M. Goncalves, O. A. P. Tavares, S. B. Duarte,F. Garcıa, and O. Rodrıguez, Phys. Rev. C 59, R2339(1999)

55. A. Guglielmetti, R. Bonetti, G. Poli, P. B. Price,A. J. Westphal, Z. Janas, H. Keller, R. Kirchner,O. Klepper, A. Piechaczek, E. Roeckl, K. Schmidt,A. Plochocki, J. Szerypo, and B. Blank, Phys. Rev. C52, 740 (1995)

56. A. Florescu and A. Insolia, Phys. Rev. C 52, 726 (1995)

57. G. Audi, O. Bersillon, J. Blachot, and A. H. Wapstra,Nucl. Phys. A 624, 1 (1997)

58. P. Moller, J. R. Nix, W. D. Myers, and W. J.Swiatecki, ATOMIC DATA AND NUCLEAR DATA TABLES 59,185 (1995)

59. G. Gamow, Z. Phys. 51, 204 (1928)

60. D. N. Poenaru, J. A. Maruhn, W. Greiner, M. Ivascu,D. Mazilu, and I. Ivascu, Z. Phys. A 333, 291 (1989)

61. M. Gaudin, J. Phys. (France) 35, 885 (1974)

62. D. N. Poenaru, W. Greiner, and E. Hourani, Phys. Rev.C 51, 594 (1995)

63. P. J. Sellin, P. J. Woods, T. Davinson, N. J.Davis, K. Livingston, R. D. Page, A. C. Shotter,

24

S. Hofmann, and A. N. James, Phys. Rev. C 47, 1933(1993)

64. C. N. Davids, P. J. Woods, D. Seweryniak, A. A.Sonzogni, J. C. Batchelder, C. R. Bingham, T. Davinson,D. J. Henderson, R. J. Irvine, G. L. Poli, J. Uusitalo, andW. B. Walters, Phys. Rev. Lett. 80, 1849 (1998)

65. K. Rykaczewski, J. C. Batchelder, C. R. Bingham,T. Davinson, T. N. Ginter, C. J. Gross, R. Grzywacz,M. Karny, B. D. MacDonald, J. F. Mas, J. W. McConnell,A. Piechaczek, R. C. Slinger, K. S. Toth, W. B. Walters,P. J. Woods, E. F. Zganjar, B. Barmore, L. Gr. Ixaru, A. T.Kruppa, W. Nazarewicz, M. Rizea, and T. Vertse, Phys.Rev. C 60, 011301 (1999)

66. J. C. Batchelder, C. R. Bingham, K. Rykaczewski, K. S.Toth, T. Davinson, J. A. McKenzie, P. J. Woods, T. N.Ginter, C. J. Gross, J. W. McConnell, E. F. Zganjar, J. H.Hamilton, W. B. Walters, C. Baktash, J. Greene, J. F.Mas, W. T. Milner, S. D. Paul, D. Shapira, X. J. Xu, andC. H. Yu, Phys. Rev. C 57, R1042 (1998)

67. R. D. Page, P. J. Woods, R. A. Cunningham, T. Davinson,N. J. Davis, S. Hofmann, A. N. James, K. Livingston,P. J. Sellin, and A. C. Shotter, Phys. Rev. Lett. 68, 1287(1992)

68. R. J. Irvine, C. N. Davids, P. J. Woods, D. J.Blumenthal, L. T. Brown, L. F. Conticchio,T. Davinson, D. J. Henderson, J. A. Mackenzie,H. T. Penttila, D. Seweryniak, and W. B. Walters, Phys.Rev. C 55, R1621 (1997)

69. C. N. Davids, P. J. Woods, J. C. Batchelder, C. R.Bingham, D. J. Blumenthal, L. T. Brown, B. C. Busse,L. F. Conticchio, T. Davinson, S. J. Freeman, D. J.Henderson, R. J. Irvine, R. D. Page, H. T. Penttila,D. Seweryniak, K. S. Toth, W. B. Walters, and B. E.Zimmerman, Phys. Rev. C 55, 2255 (1997)

70. G. L. Poli, C. N. Davids, P. J. Woods, D. Seweryniak,M. P. Carpenter, J. A. Cizewski, T. Davinson, A. Heinz,R. V. F. Janssens, C. J. Lister, J. J. Ressler, A. A.Sonzogni, J. Uusitalo, and W. B. Walters, Phys. Rev.C 63, 044304 (2001)

71. B. Buck, A. C. Merchant, and S. M. Perez, ATOMIC DATA

AND NUCLEAR DATA TABLES 54, 53 (1993)



72. G. Ardisson and M. Hussonnois, Radiochim. Acta 70/71,123 (1995)

73. A. A. Oglobin, R. Bonetti, V. A. Denisov,A. Guglielmetti, M. G. Itkis, C. Mazzocchi, V. L.Mikheev, Yu. Ts. Oganessian, G. A. Pik-Pichak,G. Poli, S. M. Pirozhkov, V. M. Semochkin, V. A.Shigin, I. K. Shvetsov, and S. P. Tretyakova, Phys. Rev.C 61, 034301 (2000)

74. H.-H. Knitter, F.-J. Hambsch, and C. Budtz-Jørgensen,Nucl. Phys. A 536, 221 (1992)

75. Yu. V. Pyatkov, V. V. Pashkevich, Yu. E. Penionzhkevich,V. G. Tishchenko, A. V. Unzhakova, H.-G. Ortlepp,P. Gippner, C.-M. Herbach, and W. Wagner, Nucl. Phys.A 624, 140 (1997)

76. P. Armbruster, Rep. Prog. Phys. 62, 465 (1999)

77. D. C. Hoffman and M. R. Lane, Radiochim. Acta 70/71,135 (1995)

78. A. Sandulescu, S. Misicu, F. Carstoiu, and W. Greiner,Phys. Part. Nucl. 30, 386 (1999)

79. O. A. P. Tavares and M. L. Terranova, Nuovo CimentoA 105, 723 (1992)

80. Nuclear data (NuDat) retrieval program, generated at

248

the National Nuclear Data Center, Brookhaven NationalLaboratory, Upton, NY, March 1998.

81. J. K. Tuli (Ed.), NUCLEAR DATA SHEETS 56–82 (1989–1997); J. K. Tuli (Ed.), Nuclear Wallet Cards (6th ed.,2000), National Nuclear Data Center, Brookhaven Na-tional Laboratory (Upton, NY)

82. S. Hofmann, V. Ninov, F. P. Heβberger, P. Armbruster,H. Folger, G. Munzenberg, H. J. Schott, A. G. Popeko,A. V. Yeremin, A. N. Andreyev, S. Saro, R. Janik, andM. Leino, Z. Phys. A 350, 277 (1995)



85. O. A. P. Tavares and M. L. Terranova, Radiat. Meas. 27,19 (1997)

86. H. Kettunen, J. Uusitalo, M. Leino, P. Jones, K. Eskola,P. T. Greenless, K. Helariutta, R. Julin, S. Juutinen,H. Kankaanpaa, P. Kuusiniemi, M. Muikku, P. Nieminen,and P. Rahkila, Phys. Rev. C 63, 044315 (2001)

Published online May 28, 2002



EXPLANATION OF TABLE

TABLE I. Calculated Q Values and Half Lives for the Most Probable Ground-State to Ground-State HadronicDecays of Nuclei throughout the Periodic Table

The table lists the calculated Q values and half lives for the most probable hadronic decays (ground-stateto ground-state transitions) of nuclei throughout the Periodic Table. The parent nuclei included in this tableare those with mass values available in the atomic mass evaluations by Audi et al. [57]. Calculations havebeen performed according to the shape parameterization VMAS and Werner-Wheeler’s inertia coefficient,and under the assumption of zero angular momentum (� = 0). In some cases of proton decay, however, anonzero � value has been chosen to give best agreement between calculated and measured half-life values.These � values are indicated near the calculated results by a superscript following the usual spectroscopicnotation, namely p ( � = 1), d (� = 2), f (� = 3), g (� = 4), and h (� = 5). Otherwise, � = 0 is implicit.Decay cases have been selected for calculated half life, τc (in seconds), such that −7.30 � log10τc � 27.50and log10( τ

τc) > −17.0, where τ is the total half life of the parent nucleus. Finally, for the cold fission cases,

printed here are only the fission modes of mass asymmetry η ≤ 0.04 (see Eq. (33)). The complete table isavailable as supplementary material in the journal website www.academicpress.com/adndt.

Z , Z1 Atomic numbers of the parent nucleus and emitted fragment (proton, alpha particle, heavy cluster,and/or cold fission fragment), respectively

A, A1 Mass numbers of the parent nucleus and emitted fragment, respectivelylog τ Decimal logarithm of the total half life, in seconds (half-life values are taken from the Lund/LBNL

Nuclear Data Search (Version 2.0, Feb. 1999), Department of Physics of the Lund University,and LBNL (Berkeley))

Q value Total energy available (in MeV) for the decay mode, as calculated from the Atomic Mass Evaluationby Audi et al. [57]; when the mass value of a daughter nucleus is not listed in Ref. [57] ithas been taken from the mass table by Moller et al. [58]

log τexp Decimal logarithm of the experimental half life (in seconds) of the indicated decay mode; thepartial, experimental half-life data are those quoted in Table B (proton emission), inRefs. [80–86] (alpha decay), and in Table C (cluster radioactivity)

log τc Decimal logarithm of the calculated half life (in seconds) for the decay mode according to theVMAS parametrization and Werner-Wheeler’s inertia coefficient of the current ELDM


http://www.academicpress.com/adndt


TABLE I. Calculated Q Values and Half Lives for the Most Probable Ground-State to Ground-StateHadronic Decays of Nuclei throughout the Periodic Table

See page 249 for Explanation of Table

Parent nucleus Decay mode Half-life-value (s)

Z A log τ Z1 A1 Q-value log τexp log τc

27 50 −1.36 1 1 0.09 — 10.03

35 68 −5.82 1 1 0.31 — −1.66

51 104 −0.36 1 1 0.31 — 8.912 4 2.36 — 9.35

105 0.05 1 1 0.48 1.70 2.31d

2 4 2.21 — 11.10

52 106 −4.22 2 4 4.30 −4.22 −3.78107 −2.51 2 4 4.02 −2.36 −2.45108 0.32 2 4 3.45 0.63 0.78109 0.66 2 4 3.23 2.08 2.25110 1.27 2 4 2.73 5.79 6.27111 1.29 2 4 2.66 — 6.91112 2.08 2 4 2.32 — 10.51113 2.01 2 4 1.90 — 16.16

53 108 −1.44 1 1 0.40 — 5.482 4 4.11 −1.38 −2.32

109 −4.00 1 1 0.82 −4.00 −4.20d

2 4 3.79 — −0.64110 −0.19 2 4 3.59 0.58 0.52111 0.40 2 4 3.28 3.40 2.55112 0.53 2 4 2.99 5.45 4.74113 0.82 2 4 2.71 9.30 7.13114 0.32 2 4 2.32 — 11.34115 1.89 2 4 1.96 — 16.25

54 110 −6.22 2 4 3.89 — −0.60111 −0.13 2 4 3.72 −0.13 0.36112 0.43 2 4 3.33 2.51 2.87113 0.44 2 4 3.10 3.83 4.57114 1.00 2 4 2.93 — 5.95115 1.25 2 4 2.63 — 8.73116 1.77 2 4 1.94 — 17.52117 1.78 2 4 1.90 — 18.16

55 112 −3.30 1 1 0.81 −3.30 −3.31d

2 4 4.13 — −1.326 12 17.86 — 12.09

113 −4.77 1 1 0.98 −4.77 −5.64d

2 4 3.49 — 2.43114 −0.24 2 4 3.36 3.45 3.30115 0.15 2 4 2.86 — 7.31116 0.58 2 4 2.19 — 14.75117 0.92 2 4 2.23 — 14.19118 1.15 2 4 1.96 — 18.04

56 114 −0.37 2 4 3.60 — 2.346 12 19.05 — 10.30



8 16 26.50 — 14.41115 −0.40 2 4 3.24 — 4.87

6 12 18.24 — 12.248 16 25.88 — 15.66

116 −0.52 2 4 3.18 — 5.316 12 17.22 — 14.90

117 0.24 2 4 2.68 — 9.79118 0.74 2 4 2.51 — 11.60

57 120 0.45 2 4 2.38 — 13.96

59 121 0.15 1 1 0.84 — −3.172 4 2.57 — 13.35

60 144 22.86 2 4 1.91 22.86 23.45

61 145 8.75 2 4 2.32 17.28 17.68146 8.24 2 4 1.91 — 24.36

62 131 0.08 2 4 2.60 — 15.28132 0.60 2 4 2.63 — 14.90133 0.57 2 4 2.68 — 14.30134 1.00 2 4 2.46 — 16.97135 1.01 2 4 2.46 — 16.95136 1.67 2 4 2.40 — 17.72146 15.51 2 4 2.53 15.51 15.80147 18.52 2 4 2.31 18.52 18.69148 23.34 2 4 1.99 23.34 23.88149 22.80 2 4 1.87 — 26.05

63 134 −0.30 2 4 3.05 — 11.19135 0.18 2 4 3.09 — 10.79136 0.52 2 4 2.93 — 12.33137 1.04 2 4 2.70 — 14.80139 1.25 2 4 2.44 — 17.99147 6.32 2 4 2.99 10.98 11.47148 6.67 2 4 2.76 14.70 13.83149 6.91 2 4 2.40 — 18.24150 9.07 2 4 2.24 — 20.61

64 137 0.84 2 4 3.09 — 11.50139 0.69 2 4 2.92 — 13.15140 1.20 2 4 2.84 — 13.97148 9.37 2 4 3.27 9.36 9.58149 5.90 2 4 3.10 11.28 11.13150 13.75 2 4 2.81 13.75 14.06151 7.03 2 4 2.65 15.11 15.84152 21.53 2 4 2.20 21.53 22.00

65 140 0.38 2 4 3.21 — 11.05141 0.54 2 4 3.12 — 11.87







148 3.56 2 4 2.72 — 15.96149 4.17 2 4 4.08 — 4.26150 4.10 2 4 3.59 — 7.65151 4.80 2 4 3.50 — 8.35152 4.80 2 4 3.08 — 11.95153 5.31 2 4 2.70 — 16.03

66 141 −0.05 2 4 3.67 — 7.90142 0.36 2 4 3.45 — 9.63143 0.61 2 4 2.94 — 14.40149 2.40 2 4 2.84 — 15.35150 2.63 2 4 4.35 3.08 3.18151 3.03 2 4 4.18 4.28 4.18152 3.93 2 4 3.73 6.93 7.23153 4.36 2 4 3.56 8.38 8.48154 13.98 2 4 2.95 13.98 14.05155 4.55 2 4 2.61 — 17.94

67 144 −0.15 2 4 3.26 — 11.96145 0.38 2 4 2.91 — 15.45150 1.86 2 4 3.33 — 11.20151 1.55 2 4 4.70 — 1.84152 2.21 2 4 4.52 3.11 2.79153 2.08 2 4 4.05 — 5.58154 2.85 2 4 4.04 6.54 5.62155 3.46 2 4 3.15 — 12.76156 3.53 2 4 2.84 — 16.02

68 145 −0.05 2 4 3.42 — 11.21146 0.23 2 4 3.03 — 14.91151 1.37 2 4 3.71 — 8.72152 1.01 2 4 4.94 1.04 1.15153 1.57 2 4 4.80 1.85 1.79154 2.35 2 4 4.28 4.68 4.72155 2.50 2 4 4.12 6.20 5.72156 3.07 2 4 3.44 10.36 10.75157 3.05 2 4 3.34 — 11.66158 3.92 2 4 2.69 — 18.58

69 146 −0.63 1 1 1.13 −0.63 −0.30h

2 4 3.76 — 9.10147 −0.25 1 1 1.06 0.43 0.59h

2 4 3.54 — 10.84148 −0.15 1 1 0.39 — 15.34

2 4 3.09 — 15.00149 −0.05 2 4 2.95 — 16.48152 0.90 2 4 4.13 — 6.35153 0.17 2 4 5.25 — 0.18154 0.91 2 4 5.10 — 0.87155 1.33 2 4 4.57 3.04 3.57156 1.92 2 4 4.35 5.15 4.87157 2.34 2 4 3.69 — 9.40



158 2.38 2 4 3.53 — 10.63159 2.74 2 4 2.91 — 16.71

70 151 0.20 2 4 3.11 — 15.48153 0.62 2 4 4.13 — 6.95154 −0.39 2 4 5.47 −0.36 −0.30155 0.26 2 4 5.35 0.30 0.21156 1.42 2 4 4.81 2.41 2.83157 1.59 2 4 4.63 3.89 3.80158 1.95 2 4 4.17 6.66 6.54159 1.98 2 4 4.05 — 7.38160 2.46 2 4 3.68 — 10.11161 2.40 2 4 3.08 — 15.60162 3.05 2 4 3.02 — 16.23163 2.82 2 4 2.78 — 18.98164 3.66 2 4 2.65 — 20.62

71 150 −1.46 1 1 1.27 −1.40 −1.34h

2 4 3.33 — 14.06151 −1.06 1 1 1.24 0.89 −1.03h

2 4 3.23 — 15.01152 −0.15 1 1 0.50 — 10.94

2 4 3.22 — 15.09153 −0.05 1 1 0.65 — 5.73

2 4 3.21 — 15.17155 −0.85 2 4 5.78 — −1.12156 −0.70 2 4 5.59 — −0.35157 0.83 2 4 5.10 — 1.87158 1.02 2 4 4.79 3.08 3.46159 1.08 2 4 4.49 4.48 5.13160 1.56 2 4 4.08 ≥7.56 7.58161 1.89 2 4 3.90 — 9.05162 1.92 2 4 3.38 — 13.35163 2.38 2 4 3.54 — 11.90164 2.27 2 4 3.28 — 14.26165 2.81 2 4 3.36 — 13.48166 2.20 2 4 2.98 — 17.36167 3.49 2 4 2.84 — 18.88

72 154 0.30 2 4 3.41 — 13.94155 −0.05 2 4 4.58 — 5.27156 −1.60 2 4 6.04 −1.60 −1.68157 −0.96 2 4 5.89 −0.89 −1.11158 0.46 2 4 5.41 0.81 0.91159 0.75 2 4 5.22 1.15 1.78160 1.13 2 4 4.91 3.28 3.33161 1.23 2 4 4.72 3.76 4.35162 1.57 2 4 4.42 5.69 6.09163 1.60 2 4 4.01 — 8.84164 2.04 2 4 3.97 — 9.11165 1.88 2 4 3.81 — 10.31







166 2.61 2 4 3.64 — 11.67167 2.09 2 4 3.48 — 13.04168 3.19 2 4 3.27 — 15.01169 2.29 2 4 2.94 — 18.45170 4.76 2 4 2.95 — 18.39171 4.64 2 4 2.74 — 20.86172 7.77 2 4 2.76 — 20.59173 4.93 2 4 2.67 — 21.80174 22.80 2 4 2.50 22.80 24.24

73 156 −0.84 1 1 1.03 −0.84 −0.48d

2 4 5.11 — 2.92157 −2.00 1 1 1.00 −0.52 −0.77

2 4 6.39 <−2.28 −2.53158 −1.44 2 4 6.21 −1.40 −1.89159 −0.24 1 1 0.41 — 16.49

2 4 5.66 −0.15 0.29160 0.19 2 4 5.45 0.66 1.20161 0.43 2 4 5.28 1.78 1.98162 0.55 2 4 5.01 3.65 3.31163 1.02 2 4 4.76 3.74 4.65164 1.15 2 4 4.61 — 5.50165 1.49 2 4 4.36 — 7.02166 1.54 2 4 4.33 — 7.20167 1.92 2 4 3.89 — 10.30168 2.08 2 4 3.70 — 11.80169 2.47 2 4 3.46 — 13.88170 2.61 2 4 3.47 — 13.77171 3.15 2 4 3.31 — 15.28172 3.34 2 4 3.21 — 16.27173 4.05 2 4 3.07 — 17.75174 3.58 2 4 2.88 — 19.90175 4.58 2 4 2.92 — 19.35176 4.46 2 4 2.85 — 20.21177 5.31 2 4 2.74 — 21.59

74 158 −3.05 2 4 6.60 −3.05 −2.83159 −2.14 2 4 6.45 −2.14 −2.33160 −1.04 2 4 6.08 −1.00 −0.97161 −0.39 2 4 5.92 −0.30 −0.35162 0.14 2 4 5.68 0.48 0.64163 0.44 2 4 5.53 0.83 1.29164 0.78 2 4 5.28 0.40 2.45165 0.71 2 4 5.04 >3.40 3.64166 1.27 2 4 4.86 4.67 4.59167 1.30 2 4 4.68 — 5.60168 1.71 2 4 4.51 6.20 6.61169 1.88 2 4 4.30 — 7.94170 2.16 2 4 4.13 — 9.10171 2.15 2 4 3.97 — 10.26172 2.60 2 4 3.90 — 10.78



173 2.66 2 4 3.80 — 11.55174 3.27 2 4 3.65 — 12.79175 3.33 2 4 3.43 — 14.75176 3.95 2 4 3.29 — 16.11177 3.91 2 4 3.14 — 17.66178 6.27 2 4 2.99 — 19.31

75 160 −3.10 1 1 1.28 −3.06 −3.03d

2 4 6.70 −2.06 −2.77161 −3.43 1 1 1.36 −3.43 −3.19f

2 4 6.44 −1.82 −1.88162 −0.97 1 1 0.74 — 5.04

2 4 6.28 <0.52 −1.30163 −0.58 1 1 0.75 — 4.79

2 4 6.02 −0.39 −0.316 12 24.72 — 16.39

164 −0.42 2 4 5.93 0.18 0.04165 0.38 2 4 5.57 1.26 1.58166 0.45 2 4 5.64 — 1.24167 0.79 2 4 5.26 2.79 3.01168 0.64 2 4 5.07 — 3.97169 0.91 2 4 5.04 6.91 4.11170 0.96 2 4 4.75 — 5.70171 1.18 2 4 4.63 — 6.39172 1.18 2 4 4.57 — 6.74173 2.08 2 4 4.24 — 8.89174 2.16 2 4 4.12 — 9.72175 2.55 2 4 4.04 — 10.29176 2.50 2 4 3.94 — 11.03177 2.92 2 4 3.85 — 11.73178 2.90 2 4 3.81 — 12.03179 3.07 2 4 3.48 — 14.91180 2.17 2 4 3.21 — 17.59

76 162 −2.72 2 4 6.79 −2.72 −2.67164 −1.68 2 4 6.48 −1.38 −1.63

6 12 25.86 — 14.91165 −1.15 2 4 6.33 <−0.92 −1.09

6 12 25.40 — 15.85166 −0.74 2 4 6.14 −0.57 −0.37167 −0.08 2 4 5.98 0.08 0.25168 0.32 2 4 5.83 0.65 0.87169 0.53 2 4 5.72 1.49 1.33170 0.86 2 4 5.54 1.79 2.11171 0.90 2 4 5.37 2.67 2.92172 1.28 2 4 5.23 3.98 3.60173 1.20 2 4 5.07 4.90 4.41174 1.64 2 4 4.88 5.34 5.44175 1.92 2 4 4.68 — 6.59176 2.33 2 4 4.60 — 7.06177 2.23 2 4 4.29 — 9.07







178 2.48 2 4 4.27 — 9.20179 2.59 2 4 4.27 — 9.18180 3.11 2 4 3.87 — 12.16181 3.80 2 4 3.78 — 12.89182 4.90 2 4 3.48 — 15.54183 4.67 2 4 3.20 — 18.36184 21.25 2 4 2.96 — 21.02185 6.91 2 4 3.02 — 20.33186 22.80 2 4 2.82 22.80 22.77

77 165 −3.52 1 1 1.70 −3.46 −3.73h

2 4 6.82 — −2.40166 −1.98 1 1 1.12 −0.82 −0.50d

2 4 6.71 >−2.30 −2.046 12 26.46 — 14.58

167 −2.30 1 1 1.11 −0.96 −1.062 4 6.50 ≥−1.29 −1.30

168 −0.79 1 1 0.55 — 11.882 4 6.57 — −1.58

169 −0.40 1 1 0.58 — 10.732 4 6.28 −0.40 −0.51

170 0.02 2 4 6.18 0.15 −0.14171 0.18 2 4 6.16 0.18 −0.08172 0.64 2 4 5.99 — 0.60173 0.95 2 4 5.85 — 1.18174 0.95 2 4 5.63 — 2.14175 0.95 2 4 5.72 3.04 1.71176 0.90 2 4 5.24 2.58 4.00177 1.48 2 4 5.13 4.70 4.56178 1.08 2 4 5.01 — 5.19179 1.90 2 4 4.81 — 6.31180 1.95 2 4 4.73 — 6.77181 2.47 2 4 4.44 — 8.58182 2.95 2 4 4.36 — 9.11183 3.54 2 4 3.94 — 12.19184 4.05 2 4 3.73 — 13.93185 4.71 2 4 3.65 — 14.57186 4.78 2 4 3.86 — 12.77187 4.58 2 4 3.67 — 14.38188 5.17 2 4 3.47 — 16.20189 6.06 2 4 2.94 — 21.98

78 168 −2.70 2 4 6.99 — −2.59169 −2.30 2 4 6.84 −2.60 −2.11170 −2.22 2 4 6.71 −2.22 −1.67171 −1.60 2 4 6.61 −1.60 −1.33172 −1.02 2 4 6.47 −0.96 −0.83173 −0.47 2 4 6.36 −0.39 −0.43174 −0.05 2 4 6.18 0.04 0.22175 0.40 2 4 6.18 — 0.24176 0.80 2 4 5.89 1.23 1.43177 1.04 2 4 5.64 2.30 2.54



178 1.32 2 4 5.58 2.43 2.80179 1.33 2 4 5.40 — 3.66180 1.72 2 4 5.27 4.23 4.30181 1.71 2 4 5.16 4.93 4.86182 2.25 2 4 4.96 — 5.94183 2.59 2 4 4.82 7.48 6.74184 3.02 2 4 4.61 8.00 8.01185 3.63 2 4 4.54 — 8.44186 3.90 2 4 4.32 9.72 9.86187 3.93 2 4 4.52 — 8.54188 5.95 2 4 4.01 12.53 12.18189 4.59 2 4 3.90 — 13.03190 19.31 2 4 3.25 19.00 19.14191 5.38 2 4 3.10 — 20.75

79 171 −2.77 1 1 1.51 −2.65 −2.74d

2 4 7.11 — −2.62172 −2.20 1 1 0.97 — 1.77

2 4 7.03 ≥−5.40 −2.37173 −1.23 1 1 0.91 — 2.86

2 4 6.80 ≥−1.23 −1.60174 −0.92 1 1 0.55 — 12.86

2 4 6.79 <−0.92 −1.59175 −0.70 1 1 0.85 — 4.14

2 4 6.68 −0.68 −1.21176 0.03 2 4 6.55 — −0.75177 0.07 2 4 6.44 — −0.36178 0.41 2 4 6.12 — 0.90179 0.85 2 4 6.08 1.51 1.05180 0.91 2 4 5.86 ≤2.65 1.98181 1.06 2 4 5.76 — 2.41182 1.19 2 4 5.53 — 3.48183 1.62 2 4 5.47 4.08 3.75184 1.72 2 4 5.24 — 4.91185 2.41 2 4 5.19 4.99 5.16186 2.81 2 4 4.91 — 6.71187 2.70 2 4 4.80 — 7.35188 2.73 2 4 4.75 — 7.64189 3.24 2 4 4.38 — 10.04190 3.41 2 4 3.86 — 13.98191 4.06 2 4 3.43 — 17.91192 4.25 2 4 3.13 — 21.24

80 175 −1.70 2 4 7.05 −1.70 −2.07176 −1.75 2 4 6.93 −1.47 −1.68177 −0.89 2 4 6.74 −0.82 −1.02178 −0.57 2 4 6.58 −0.44 −0.46179 0.04 2 4 6.44 0.32 0.06180 0.45 2 4 6.27 0.79 0.72

40 90 157.35 — 17.24181 0.56 2 4 6.30 — 0.58







182 1.03 2 4 6.00 1.85 1.82183 0.97 2 4 6.04 1.57 1.62184 1.49 2 4 5.67 3.45 3.28185 1.69 2 4 5.78 2.91 2.74186 1.92 2 4 5.21 — 5.57187 2.16 2 4 5.08 — 6.27188 2.29 2 4 4.72 8.72 8.40189 2.66 2 4 4.45 — 10.16190 3.08 2 4 3.96 >9.38 13.84191 3.47 2 4 3.64 — 16.64192 4.24 2 4 3.33 — 19.71

81 179 −0.80 1 1 1.08 — 0.592 4 6.82 −0.80 −0.91

180 −0.15 1 1 0.54 — 14.252 4 6.82 — −0.93

40 89 162.37 — 16.6890 162.28 — 16.73

41 90 162.28 — 16.69182 0.49 2 4 6.56 >1.89 0.00

40 90 161.82 — 16.93184 1.04 2 4 6.30 — 0.99185 1.29 2 4 6.10 — 1.81186 1.44 2 4 5.90 5.66 2.67187 1.71 2 4 5.54 — 4.36188 1.85 2 4 5.45 — 4.80189 2.14 2 4 4.92 — 7.71190 2.19 2 4 4.84 — 8.18192 2.76 2 4 4.15 — 12.92193 3.11 2 4 3.79 — 15.90194 3.30 2 4 3.50 — 18.61

82 181 −1.35 2 4 7.25 >−1.35 −2.0040 89 168.61 — 14.71

90 167.91 — 15.40182 −1.26 2 4 7.08 −1.26 −1.45

40 90 168.75 — 14.38183 −0.52 2 4 7.03 −0.49 −1.29

40 90 168.05 — 14.9491 167.18 — 15.81

184 −0.26 2 4 6.78 <−0.26 −0.4140 90 166.19 — 16.71

185 0.61 2 4 6.68 — −0.06186 0.68 2 4 6.48 1.00 0.70187 1.26 2 4 6.40 — 1.00188 1.38 2 4 6.12 2.04 2.15189 1.71 2 4 5.87 4.11 3.25190 1.86 2 4 5.70 — 4.03191 1.90 2 4 5.42 — 5.42192 2.32 2 4 5.22 6.57 6.48193 2.08 2 4 4.99 — 7.78



194 2.86 2 4 4.74 10.00 9.31195 2.95 2 4 4.48 — 11.03196 3.35 2 4 4.23 ≥ 9.87 12.85197 2.68 2 4 3.85 — 15.95198 3.94 2 4 3.72 — 17.06199 3.73 2 4 3.43 — 19.98210 8.85 2 4 3.79 16.57 16.21

83 185 −4.36 1 1 1.56 −4.35 −4.362 4 7.64 — −2.91

186 −1.82 1 1 1.00 — 2.592 4 7.70 — −3.11

187 −1.46 1 1 1.24 — −0.982 4 7.61 — −2.85

188 −0.68 2 4 7.28 — −1.81189 −0.17 1 1 0.57 — 13.95

2 4 7.27 — −1.79190 0.80 2 4 6.86 — −0.37191 1.08 2 4 6.79 — −0.13192 1.57 2 4 6.38 — 1.45193 1.83 2 4 6.31 — 1.72194 1.98 2 4 5.92 — 3.42195 2.26 2 4 5.84 — 3.77196 2.49 2 4 5.47 — 5.59197 2.75 2 4 5.39 — 5.99198 2.79 2 4 5.00 — 8.18199 3.21 2 4 4.96 — 8.41200 3.34 2 4 4.69 — 10.10201 3.81 2 4 4.51 — 11.31202 3.79 2 4 4.29 — 12.90203 4.63 2 4 4.15 — 13.95204 4.61 2 4 3.97 — 15.45205 6.12 2 4 3.70 — 17.86206 5.73 2 4 3.53 — 19.49207 9.00 2 4 3.28 — 22.15208 13.06 2 4 3.05 — 24.91210 5.64 2 4 5.04 — 7.73211 2.11 2 4 6.75 — −0.35212 3.56 2 4 6.21 — 1.81213 3.44 2 4 5.98 — 2.78214 3.08 2 4 5.62 — 4.50215 2.66 2 4 5.26 — 6.39216 2.33 2 4 4.58 — 10.57

84 190 −2.70 2 4 7.64 −2.62 −2.59191 −1.81 2 4 7.48 −1.82 −2.10192 −1.48 2 4 7.32 −1.47 −1.59193 −0.38 2 4 7.10 −0.59 −0.85194 −0.41 2 4 7.00 −0.41 −0.52195 0.67 2 4 6.75 0.79 0.39196 0.76 2 4 6.66 0.77 0.72







197 1.73 2 4 6.41 2.08 1.70198 2.03 2 4 6.31 2.26 2.10199 2.52 2 4 6.08 3.64 3.09200 2.84 2 4 5.99 3.79 3.48201 2.96 2 4 5.81 4.76 4.30202 3.43 2 4 5.70 5.15 4.82203 3.34 2 4 5.50 6.30 5.83204 4.10 2 4 5.49 6.28 5.86205 3.78 2 4 5.32 7.18 6.73206 5.88 2 4 5.33 7.15 6.68207 4.32 2 4 5.22 8.00 7.28208 7.96 2 4 5.22 7.96 7.27209 9.51 2 4 4.98 — 8.64210 7.08 2 4 5.41 7.08 6.17211 −0.29 2 4 7.59 — −2.83212 −6.52 2 4 8.95 −6.52 −6.60213 −5.38 2 4 8.54 −5.38 −5.57214 −3.78 2 4 7.83 −3.80 −3.62215 −2.75 2 4 7.53 −3.74 −2.68216 −0.84 2 4 6.91 −0.82 −0.57217 1.00 2 4 6.67 <1.00 0.32218 2.27 2 4 6.11 2.28 2.59

85 193 −1.40 1 1 0.79 — 7.752 4 7.54 — −1.92

194 −1.40 2 4 7.32 −1.40 −1.21195 −0.20 2 4 7.36 — −1.36196 −0.60 2 4 7.21 −0.60 −0.86197 −0.46 2 4 7.11 −0.44 −0.53198 0.62 2 4 6.90 0.67 0.22199 0.86 2 4 6.78 0.90 0.65200 1.63 2 4 6.60 — 1.34201 1.95 2 4 6.48 2.08 1.81202 2.27 2 4 6.36 — 2.29203 2.65 2 4 6.22 3.15 2.87204 2.74 2 4 6.07 4.15 3.53205 3.20 2 4 6.02 4.20 3.74206 3.25 2 4 5.90 — 4.28207 3.81 2 4 5.87 4.88 4.37208 3.77 2 4 5.75 6.04 4.95209 4.29 2 4 5.76 5.67 4.90210 4.46 2 4 5.63 — 5.52211 4.41 2 4 5.98 4.79 3.79212 −0.50 2 4 7.83 — −3.17213 −6.90 2 4 9.25 −6.92 −6.98214 −6.25 2 4 8.99 −6.25 −6.36215 −4.00 2 4 8.18 −4.00 −4.25216 −3.52 2 4 7.95 −3.52 −3.60217 −1.49 2 4 7.20 −1.49 −1.21218 0.18 2 4 6.87 — −0.05219 1.75 2 4 6.39 1.76 1.87



220 2.35 2 4 6.05 3.45 3.35221 2.14 2 4 5.00 — 8.90222 1.73 2 4 4.44 — 12.65223 1.70 2 4 4.01 — 16.07

86 196 −2.52 2 4 7.63 <−2.52 −1.85197 −1.19 2 4 7.42 −1.19 −1.18198 −1.19 2 4 7.35 — −0.96199 −0.21 2 4 7.14 −0.18 −0.24200 −0.02 2 4 7.05 0.04 0.07201 0.84 2 4 6.87 0.94 0.72202 1.00 2 4 6.78 1.04 1.04203 1.65 2 4 6.63 1.83 1.62204 1.87 2 4 6.55 2.00 1.92205 2.23 2 4 6.39 — 2.58206 2.53 2 4 6.39 2.74 2.56207 2.74 2 4 6.25 3.41 3.15208 3.17 2 4 6.26 3.38 3.06209 3.23 2 4 6.16 4.00 3.51210 3.94 2 4 6.16 3.95 3.48211 4.72 2 4 5.97 — 4.36212 3.16 2 4 6.39 3.16 2.45213 −1.60 2 4 8.24 — −4.01214 −6.57 2 4 9.21 −6.57 −6.54215 −5.64 2 4 8.84 −5.64 −5.65216 −4.35 2 4 8.20 −4.35 −3.94

4 8 17.06 — 10.36217 −3.27 2 4 7.89 −3.27 −3.04

4 8 16.33 — 12.28218 −1.46 2 4 7.26 −1.46 −1.02219 0.60 2 4 6.95 — 0.10220 1.75 2 4 6.40 1.75 2.24221 3.18 2 4 6.15 — 3.36222 5.52 2 4 5.59 5.52 6.04223 3.14 2 4 4.41 — 13.46224 3.81 2 4 3.78 — 18.80

87 200 −1.72 2 4 7.63 −1.72 −1.51201 −1.32 2 4 7.54 −1.32 −1.23202 −0.47 2 4 7.39 −0.46 −0.74203 −0.26 2 4 7.29 −0.24 −0.42204 0.23 2 4 7.17 0.32 −0.01205 0.58 2 4 7.06 0.59 0.37206 1.20 2 4 6.93 1.28 0.84207 1.17 2 4 6.90 1.20 0.94208 1.77 2 4 6.78 1.82 1.39209 1.70 2 4 6.79 1.75 1.33210 2.28 2 4 6.70 — 1.65211 2.27 2 4 6.66 <2.36 1.79212 3.08 2 4 6.53 — 2.31213 1.54 2 4 6.91 1.54 0.80







214 −2.30 2 4 8.59 — −4.61215 −7.07 2 4 9.54 −7.07 −6.98216 −6.16 2 4 9.18 −6.15 −6.14217 −4.66 2 4 8.47 −4.80 −4.33

4 8 17.63 — 9.60218 −3.00 2 4 8.01 −2.96 −3.04

4 8 16.91 — 11.43219 −1.70 2 4 7.45 −1.70 −1.25220 1.44 2 4 6.80 1.62 1.09

4 8 14.66 — 18.086 12 28.23 — 18.33

13 29.39 — 17.1814 30.72 — 15.62

221 2.47 2 4 6.46 — 2.466 14 31.29 14.46 14.42

222 2.93 2 4 5.83 — 5.326 14 30.08 — 16.82

223 3.12 2 4 5.43 7.34 7.386 14 29.01 — 19.09

224 2.30 2 4 4.97 — 10.14225 2.38 2 4 4.53 — 13.11226 1.69 2 4 4.11 — 16.44

88 203 −3.00 2 4 7.74 −3.00 −1.51204 −1.23 2 4 7.64 −1.23 −1.21205 −0.68 2 4 7.50 — −0.75206 −0.62 2 4 7.42 −0.62 −0.50207 0.11 2 4 7.28 0.15 −0.03208 0.11 2 4 7.27 0.15 −0.01209 0.66 2 4 7.15 0.71 0.41210 0.57 2 4 7.17 0.58 0.32211 1.11 2 4 7.05 <1.15 0.74212 1.11 2 4 7.03 1.15 0.78213 2.22 2 4 6.86 — 1.41214 0.39 2 4 7.27 0.40 −0.14215 −2.80 2 4 8.86 — −4.99216 −6.74 2 4 9.53 −6.74 −6.62217 −5.80 2 4 9.16 −5.77 −5.77

4 8 17.31 — 11.13218 −4.59 2 4 8.55 −4.59 −4.19

4 8 17.66 — 10.20219 −2.00 2 4 8.14 — −3.04

4 8 16.89 — 12.206 12 31.85 — 12.20

220 −1.75 2 4 7.60 −1.74 −1.356 12 32.02 — 11.84

221 1.45 2 4 6.88 — 1.196 12 30.58 — 14.46

13 31.59 — 13.7114 32.40 13.41 13.26

222 1.58 2 4 6.68 1.59 1.98



6 12 29.05 — 17.4814 33.05 11.02 12.02

223 6.00 2 4 5.98 — 5.076 12 27.73 — 20.31

13 28.85 — 19.2014 31.84 15.50 14.2415 29.12 — 21.09

224 5.50 2 4 5.79 5.52 5.996 14 30.54 15.90 16.78

225 6.11 2 4 5.16 — 9.456 14 29.46 — 19.02

226 10.70 2 4 4.87 10.72 11.296 14 28.20 21.30 21.848 20 40.83 — 27.04

227 3.40 2 4 4.45 — 14.28228 8.26 2 4 4.07 — 17.34

89 207 −1.66 2 4 7.87 −1.66 −1.60208 −1.02 2 4 7.73 −1.02 −1.16209 −1.00 2 4 7.73 −1.00 −1.18210 −0.46 2 4 7.61 −0.44 −0.80211 −0.60 2 4 7.63 −0.60 −0.88212 −0.03 2 4 7.53 −0.02 −0.56213 −0.10 2 4 7.50 −0.10 −0.48214 0.91 2 4 7.35 — 0.01215 −0.77 2 4 7.75 −0.77 −1.36216 −3.48 2 4 9.24 — −5.60217 −7.16 2 4 9.83 −7.16 −6.99218 −5.97 2 4 9.38 −5.96 −5.96

4 8 17.88 — 10.38219 −4.93 2 4 8.83 −4.92 −4.60

4 8 18.28 — 9.35220 −1.58 2 4 8.35 — −3.28

4 8 17.43 — 11.456 12 32.62 — 11.67

221 −1.28 2 4 7.79 — −1.584 8 16.16 — 14.926 12 32.78 — 11.35

222 0.70 2 4 7.14 0.73 0.656 12 31.41 — 13.76

13 31.75 — 14.3014 32.47 — 14.03

7 15 38.97 — 15.24223 2.10 2 4 6.78 — 2.00

6 12 29.68 — 17.0913 29.50 — 18.8014 33.07 — 12.87

7 15 39.48 — 14.34224 4.00 2 4 6.33 — 3.91

6 12 28.35 — 19.8813 28.96 — 19.91







14 32.01 — 14.827 15 37.75 — 17.28

225 5.94 2 4 5.94 — 5.746 14 30.48 17.15 17.867 15 36.27 — 19.978 18 43.46 — 21.46

226 5.02 2 4 5.54 — 7.816 14 29.41 — 20.11

227 8.84 2 4 5.04 — 10.716 14 28.07 — 23.188 20 43.09 — 23.84

228 4.34 2 4 4.83 — 12.13229 3.58 2 4 4.39 — 15.28

90 210 −2.05 2 4 8.06 −2.05 −1.85211 −1.43 2 4 7.95 — −1.52212 −1.52 2 4 7.96 −1.52 −1.57213 −0.85 2 4 7.84 −0.85 −1.20214 −1.00 2 4 7.83 −1.00 −1.19215 0.08 2 4 7.67 — −0.68216 −1.55 2 4 8.07 −1.55 −2.00217 −3.60 2 4 9.42 — −5.70218 −6.96 2 4 9.85 −6.96 −6.71219 −5.98 2 4 9.52 −5.96 −5.96

4 8 18.29 — 10.03220 −5.01 2 4 8.95 −5.01 −4.57

4 8 18.39 — 9.76221 −2.77 2 4 8.63 — −3.71

4 8 17.70 — 11.446 12 33.31 — 11.31

222 −2.55 2 4 8.13 −2.55 −2.284 8 16.58 — 14.436 12 33.16 — 11.53

223 −0.22 2 4 7.57 — −0.486 12 31.82 — 13.87

13 32.21 — 14.3214 32.73 — 14.44

8 16 46.58 — 15.72224 0.02 2 4 7.30 0.11 0.43

6 12 30.37 — 16.6014 32.94 — 14.01

8 16 46.49 — 15.80225 2.72 2 4 6.92 — 1.86

6 12 28.97 — 19.4713 29.56 — 19.5714 31.73 — 16.29

7 15 37.01 — 19.668 16 44.67 — 18.63

17 44.87 — 19.2618 45.55 — 19.04

226 3.26 2 4 6.45 3.38 3.79



6 14 30.55 — 18.668 18 45.73 — 18.68

227 6.21 2 4 6.15 — 5.176 14 29.45 — 21.028 18 44.21 — 21.21

19 44.23 — 22.1020 44.47 — 22.55

228 7.78 2 4 5.52 7.92 8.386 14 28.23 — 23.828 18 42.29 — 24.65

20 44.73 20.87 22.03229 11.37 2 4 5.17 — 10.44

6 14 27.11 — 26.578 18 40.86 — 27.37

20 43.41 — 24.3921 43.28 — 25.5522 42.77 — 27.45

10 23 55.69 — 27.5024 57.83 — 24.74

230 12.38 2 4 4.77 12.49 13.058 20 41.80 — 27.47

22 43.34 — 26.2410 24 57.77 24.64 24.78

231 4.96 2 4 4.21 — 17.33232 17.65 2 4 4.08 17.76 18.45234 6.32 2 4 3.64 — 22.68

91 213 −2.28 2 4 8.40 −2.28 −2.53214 −1.77 2 4 8.28 ≥−1.77 −2.19215 −1.85 2 4 8.25 −1.82 −2.12216 −0.70 2 4 8.10 −0.54 −1.68217 −2.31 2 4 8.50 −2.47 −2.89218 −3.92 2 4 9.80 −3.74 −6.25219 −7.28 2 4 10.09 −7.28 −6.92220 −6.11 2 4 9.83 −6.11 −6.37

4 8 18.98 — 9.03221 −5.23 2 4 9.25 −5.23 −5.00

4 8 18.99 — 8.98222 −2.54 2 4 8.85 — −3.95

4 8 18.13 — 11.026 12 34.09 — 10.81

223 −2.19 2 4 8.34 — −2.534 8 17.07 — 13.776 12 33.98 — 10.94

224 −0.10 2 4 7.70 −0.10 −0.526 12 32.49 — 13.50

13 32.40 — 14.8514 32.83 — 15.16

7 15 40.14 — 15.218 16 47.48 — 15.38

225 0.23 2 4 7.40 0.38 0.51







6 12 30.92 — 16.4114 32.97 — 14.83

7 15 40.20 — 15.068 16 47.34 — 15.53

226 2.03 2 4 6.99 — 2.026 14 31.63 — 17.417 15 38.37 — 18.188 16 45.56 — 18.24

227 3.36 2 4 6.58 3.73 3.686 14 30.40 — 19.968 18 45.88 — 19.55

228 4.90 2 4 6.27 — 5.088 18 44.50 — 21.85

229 5.11 2 4 5.84 — 7.18230 6.18 2 4 5.44 — 9.33

10 24 60.38 — 22.12231 12.01 2 4 5.15 — 11.07

9 23 51.85 — 24.4810 24 60.41 23.23 22.00

25 57.75 — 26.9311 25 63.74 — 27.5012 28 71.60 — 27.12

232 5.05 2 4 4.62 — 14.65233 6.37 2 4 4.39 — 16.46234 4.38 2 4 4.35 — 16.75235 3.17 2 4 3.99 — 19.93

92 218 −2.82 2 4 8.79 −2.82 −3.35219 −4.38 2 4 9.87 — −6.09222 −6.00 2 4 9.50 −6.00 −5.27

4 8 19.25 — 9.01223 −4.75 2 4 8.94 −4.74 −3.85

4 8 18.36 — 11.126 12 34.59 — 10.78

224 −3.05 2 4 8.62 −3.05 −2.994 8 17.48 — 13.366 12 34.37 — 11.10

225 −1.02 2 4 8.02 −1.00 −1.194 8 16.55 — 15.936 12 33.08 — 13.28

13 32.92 — 14.7514 33.12 — 15.50

8 16 48.49 — 14.90226 −0.70 2 4 7.72 −0.70 −0.21

6 12 31.66 — 15.8514 32.98 — 15.71

8 16 48.04 — 15.51227 1.82 2 4 7.21 — 1.58

6 12 30.19 — 18.7314 31.70 — 18.21

8 16 46.19 — 18.29



228 2.74 2 4 6.80 <2.76 3.17229 3.54 2 4 6.48 4.43 4.57

10 22 61.69 — 20.24230 6.25 2 4 5.99 6.43 6.85

10 22 61.39 — 20.6024 61.35 — 22.05

231 5.56 2 4 5.58 — 9.0510 23 60.72 — 22.23

24 62.22 — 20.69232 9.34 2 4 5.41 9.51 9.98

10 24 62.31 21.06 20.4825 59.13 — 26.06

12 28 74.33 — 24.74233 12.70 2 4 4.91 12.77 13.18

10 24 60.49 24.84 23.1325 60.74 — 23.4426 58.95 — 26.99

12 27 72.46 — 26.6928 74.24 — 24.78

234 12.89 2 4 4.86 13.04 13.5110 24 58.83 25.07 25.66

26 59.47 — 26.0512 28 74.12 25.55 24.86

235 16.35 2 4 4.68 — 14.79236 14.87 2 4 4.57 15.00 15.57237 5.77 2 4 4.23 — 18.32238 17.15 2 4 4.27 17.26 17.98240 4.71 2 4 3.97 — 20.61

93 225 −2.22 2 4 8.79 >−5.70 −3.104 8 17.95 — 12.826 12 35.14 — 10.63

226 −1.46 2 4 8.20 −1.15 −1.374 8 16.95 — 15.516 12 33.69 — 13.03

13 33.16 — 15.187 15 41.39 — 15.058 16 49.44 — 14.50

227 −0.29 2 4 7.82 −0.29 −0.166 12 32.26 — 15.59

14 33.10 — 16.387 15 41.13 — 15.428 16 48.96 — 15.15

228 1.79 2 4 7.42 2.18 1.236 12 30.73 — 18.537 15 39.31 — 18.478 16 47.07 — 17.95

229 2.38 2 4 7.01 <2.66 2.78230 2.44 2 4 6.78 ≤3.96 3.71231 3.47 2 4 6.36 5.18 5.52232 2.94 2 4 6.01 — 7.20







233 3.34 2 4 5.63 — 9.26234 5.58 2 4 5.36 — 10.81

12 28 77.24 — 22.16235 7.53 2 4 5.19 — 11.83

12 28 77.10 — 22.26236 12.69 2 4 5.01 — 13.03

11 27 66.58 — 27.1912 28 75.15 — 24.84

29 75.08 — 25.5330 74.52 — 26.91

14 32 88.22 — 26.7145 114 199.53 — 27.22

237 13.83 2 4 4.96 — 13.3312 28 73.53 — 27.06

30 74.79 — 26.4314 32 87.94 — 26.9944 114 199.08 — 27.1845 115 199.84 — 26.6746 116 199.49 — 27.22

238 5.26 2 4 4.69 — 15.24239 5.31 2 4 4.56 — 16.21240 3.57 2 4 4.56 — 16.23241 2.92 2 4 4.20 — 19.21242 2.52 2 4 4.23 — 18.93243 2.03 2 4 4.23 — 18.91

94 228 −2.40 2 4 7.95 −0.70 −0.20230 2.30 2 4 7.17 ≥2.30 2.54232 3.31 2 4 6.72 4.20 4.39233 3.10 2 4 6.41 6.00 5.72234 4.50 2 4 6.31 5.72 6.20

12 26 78.32 — 21.1328 79.16 — 21.17

235 3.18 2 4 5.95 7.75 7.97236 7.96 2 4 5.87 8.11 8.40

12 28 79.68 21.67 20.3314 32 91.68 — 24.0246 114 206.96 — 24.31

116 206.83 — 24.41237 6.59 2 4 5.75 — 9.02

12 28 77.74 — 22.79238 9.44 2 4 5.59 9.59 9.88

12 28 75.92 25.70 25.1830 76.80 — 25.10

14 32 91.20 25.28 24.4334 90.82 — 25.88

46 116 206.69 — 24.20118 205.60 — 25.40

239 11.88 2 4 5.24 12.00 11.9712 30 75.09 — 27.4614 32 88.89 — 27.32



33 90.04 — 26.3334 90.84 — 25.75

44 115 203.60 — 26.8445 115 203.86 — 27.0446 115 205.69 — 25.19

116 205.85 — 24.98117 205.68 — 25.15118 205.11 — 25.79119 204.58 — 26.38

240 11.32 2 4 5.26 11.45 11.8814 34 91.04 — 25.4044 116 203.42 — 26.8646 116 206.79 — 23.70

117 203.96 — 26.98118 206.16 — 24.39120 204.86 — 25.84

48 120 204.86 — 25.69241 8.66 2 4 5.14 — 12.61

46 116 206.27 — 24.12117 206.19 — 24.19118 205.73 — 24.70119 205.54 — 24.90

242 13.07 2 4 4.98 13.18 13.6445 117 204.73 — 25.4446 117 204.60 — 25.87

118 206.89 — 23.16119 204.04 — 26.48120 206.05 — 24.09

47 119 203.23 — 27.47121 204.03 — 26.47

48 120 204.08 — 26.26243 4.25 2 4 4.76 — 15.25244 15.41 2 4 4.67 15.51 15.91

44 118 204.48 — 24.8445 118 203.35 — 26.68

119 204.22 — 25.6346 118 207.60 — 21.94

119 205.18 — 24.77120 207.28 — 22.27121 204.01 — 26.10122 205.76 — 24.00

47 119 203.06 — 27.33121 204.42 — 25.66

48 120 202.81 — 27.41122 205.76 — 23.85

245 4.58 2 4 4.47 — 17.41246 5.97 2 4 4.35 — 18.38

45 119 206.32 — 22.7746 120 208.49 — 20.44

122 207.49 — 21.58247 5.29 45 119 207.30 — 21.41







46 119 208.31 — 20.47120 208.30 — 20.47121 208.23 — 20.53122 207.75 — 21.07123 206.95 — 22.00

95 232 1.90 2 4 7.28 3.59 2.54234 2.14 2 4 6.88 — 4.13235 2.95 2 4 6.71 — 4.84237 3.64 2 4 6.19 7.18 7.24238 3.77 2 4 6.05 — 7.93239 4.63 2 4 5.92 — 8.55240 5.26 2 4 5.71 — 9.73241 10.13 2 4 5.64 — 10.09

14 32 90.66 — 26.5934 93.93 — 23.37

15 35 98.75 — 25.9045 116 209.89 — 25.06

117 210.71 — 24.1046 116 213.37 — 21.44

117 210.34 — 24.90118 211.83 — 23.17119 208.53 — 26.94120 209.54 — 25.75

47 116 208.86 — 26.79117 211.91 — 23.24118 209.81 — 25.64119 212.06 — 23.02120 209.64 — 25.78

48 118 209.60 — 25.82120 211.56 — 23.49

242 4.76 2 4 5.59 — 10.36243 11.37 2 4 5.44 — 11.24

14 34 90.77 — 27.2545 117 212.73 — 21.37

118 208.81 — 25.90119 209.34 — 25.25

46 117 211.51 — 23.16118 213.12 — 21.28119 210.07 — 24.79120 211.36 — 23.26

47 117 211.77 — 23.02118 210.10 — 24.94119 212.44 — 22.19120 210.13 — 24.85121 212.40 — 22.18

48 118 208.58 — 26.64120 211.10 — 23.64121 209.66 — 25.29

49 121 208.40 — 26.47244 4.56 2 4 5.13 — 13.18



46 118 213.16 — 21.03245 3.87 2 4 5.21 — 12.65

46 118 214.35 — 19.42120 213.14 — 20.79

47 121 213.26 — 20.78246 3.37 2 4 5.15 — 12.99

46 119 214.00 — 19.61120 213.57 — 20.09

247 3.14 2 4 4.86 — 15.0445 119 214.43 — 18.5246 119 213.53 — 19.95

120 214.91 — 18.3047 121 214.14 — 19.33

123 213.82 — 19.66

96 238 3.94 2 4 6.62 ≥4.93 5.6414 32 97.26 — 20.4546 116 219.28 — 20.8048 118 220.06 — 20.16

239 4.02 2 4 6.59 — 5.7714 32 97.74 — 19.8046 115 219.83 — 20.00

116 218.97 — 20.95240 6.37 2 4 6.40 6.52 6.63

14 32 97.56 — 19.9034 95.47 — 23.29

46 116 219.91 — 19.67118 217.13 — 22.77

47 117 217.41 — 22.7448 116 217.15 — 23.10

118 218.99 — 20.95120 219.66 — 20.14

241 6.45 2 4 6.18 — 7.6614 32 95.41 — 22.36

33 95.95 — 22.1634 96.12 — 22.39

46 116 219.56 — 19.86117 218.46 — 21.08118 216.99 — 22.74

47 116 216.75 — 23.31117 216.85 — 23.18118 216.69 — 23.33

48 117 216.83 — 23.23118 217.72 — 22.20119 218.18 — 21.65120 218.73 — 20.99

242 7.15 2 4 6.22 7.28 7.4914 34 96.52 23.15 21.8146 117 217.23 — 22.28

118 218.51 — 20.8047 117 217.55 — 22.18







119 216.79 — 23.0048 118 218.22 — 21.42

119 216.02 — 23.91120 219.34 — 20.08121 216.92 — 22.82

243 8.96 2 4 6.17 — 7.7014 34 94.76 — 23.8746 117 219.73 — 19.22

118 218.54 — 20.55119 217.43 — 21.80120 215.77 — 23.68121 214.02 — 25.66

47 117 217.26 — 22.31118 217.23 — 22.32119 216.62 — 23.00120 216.25 — 23.39121 215.42 — 24.32

48 117 215.93 — 23.86118 217.25 — 22.33119 217.80 — 21.67120 218.46 — 20.89121 218.81 — 20.46

49 121 214.45 — 25.29244 8.76 2 4 5.90 8.88 9.08

46 118 219.94 — 18.74119 216.37 — 22.82120 217.45 — 21.55122 213.78 — 25.72

47 118 215.83 — 23.73119 217.49 — 21.80120 214.98 — 24.66121 216.53 — 22.84

48 118 217.49 — 21.85119 215.72 — 23.87120 219.13 — 19.91121 216.82 — 22.55122 219.59 — 19.32

49 121 214.25 — 25.3350 122 213.78 — 25.42

245 11.43 2 4 5.62 — 10.6345 118 213.45 — 25.5346 118 219.98 — 18.47

119 219.04 — 19.54120 217.67 — 21.10121 216.14 — 22.84122 214.21 — 25.04

47 118 217.56 — 21.52119 217.37 — 21.72120 217.13 — 21.98121 216.54 — 22.63122 215.86 — 23.39



48 118 216.24 — 23.09119 217.24 — 21.91120 218.33 — 20.62121 218.77 — 20.09122 218.88 — 19.93

49 121 213.41 — 26.12122 214.54 — 24.77

50 122 212.18 — 27.10246 11.17 2 4 5.47 11.26 11.50

45 119 213.26 — 25.5346 119 218.14 — 20.36

120 219.40 — 18.88121 215.41 — 23.48122 216.24 — 22.50

47 119 218.16 — 20.59120 216.07 — 23.00121 217.75 — 21.02122 214.92 — 24.28123 216.00 — 23.00

48 119 215.05 — 24.25120 218.92 — 19.73121 217.03 — 21.89122 219.89 — 18.54123 217.23 — 21.60

49 121 213.15 — 26.23122 212.76 — 26.66123 216.00 — 22.85

50 123 211.67 — 27.49247 14.69 2 4 5.35 — 12.23

45 119 214.08 — 24.39120 212.06 — 26.73

46 119 220.88 — 16.95120 219.81 — 18.19121 218.45 — 19.75122 216.82 — 21.62123 215.00 — 23.71

47 119 218.45 — 20.05120 218.17 — 20.35121 218.00 — 20.53122 217.44 — 21.16123 216.37 — 22.37

48 119 216.73 — 22.09120 218.03 — 20.54121 218.92 — 19.48122 219.46 — 18.83123 219.55 — 18.69

49 121 212.38 — 26.95122 213.81 — 25.24123 215.52 — 23.20

50 123 212.39 — 26.46248 13.03 2 4 5.16 13.15 13.46







45 120 211.82 — 26.83121 211.78 — 26.85

46 120 221.49 — 15.98121 217.79 — 20.30122 218.80 — 19.10123 214.52 — 24.07124 214.66 — 23.88

47 120 217.40 — 21.04121 219.04 — 19.10122 216.63 — 21.90123 217.83 — 20.47124 214.84 — 23.94

48 120 218.65 — 19.61121 216.98 — 21.55122 220.29 — 17.64123 218.06 — 20.23124 220.81 — 16.97

49 121 212.02 — 27.18122 211.98 — 27.21123 215.51 — 23.02124 214.84 — 23.78

50 124 214.66 — 23.56249 3.58 2 4 5.22 — 13.05

46 120 222.14 — 14.98121 220.98 — 16.34122 219.64 — 17.89123 218.00 — 19.79

47 120 219.37 — 18.51121 219.76 — 18.03122 219.16 — 18.71123 218.51 — 19.45124 217.79 — 20.27

48 120 217.82 — 20.37121 219.09 — 18.84122 219.84 — 17.94123 220.38 — 17.27124 220.81 — 16.74

250 11.45 2 4 5.17 12.45 13.3818 46 121.24 — 26.1445 121 215.29 — 22.3446 121 220.51 — 16.66

122 221.71 — 15.22123 217.73 — 19.91124 218.04 — 19.51125 214.04 — 24.20

47 121 220.62 — 16.79122 218.77 — 18.96123 219.93 — 17.56124 217.36 — 20.57125 218.16 — 19.60

48 121 217.14 — 20.93



122 220.84 — 16.53123 218.82 — 18.90124 222.02 — 15.07125 219.70 — 17.80

49 121 212.63 — 26.08122 212.87 — 25.77123 215.21 — 22.97124 214.87 — 23.34125 218.16 — 19.42

50 124 214.59 — 23.26125 214.04 — 23.88

251 3.00 2 4 5.22 — 13.0546 121 223.79 — 12.50

122 222.66 — 13.84123 221.22 — 15.55124 219.19 — 17.94125 217.82 — 19.54

47 121 221.30 — 15.75122 221.05 — 16.03123 220.96 — 16.11124 220.20 — 16.99125 219.15 — 18.22

48 121 219.20 — 18.28122 220.31 — 16.93123 221.24 — 15.80124 221.88 — 15.01125 222.33 — 14.44

49 125 218.13 — 19.25252 5.24 2 4 4.45 — 18.74

45 121 218.76 — 17.8146 121 223.35 — 12.78

122 224.70 — 11.12123 220.93 — 15.66124 221.44 — 15.03125 217.73 — 19.44126 218.45 — 18.55

47 121 221.94 — 14.74122 220.49 — 16.47123 222.00 — 14.63124 219.99 — 17.02125 220.75 — 16.09126 217.88 — 19.48

48 121 217.20 — 20.44122 221.13 — 15.72123 219.47 — 17.69124 223.06 — 13.34125 220.95 — 15.86126 223.72 — 12.48

49 123 216.30 — 21.28124 216.25 — 21.31125 218.34 — 18.78







126 217.88 — 19.3050 126 218.45 — 18.18

97 238 2.16 2 4 7.33 — 3.1147 115 227.08 — 17.89

116 226.78 — 18.1948 116 226.57 — 18.57

117 226.53 — 18.59118 226.71 — 18.36

240 2.46 2 4 7.07 — 4.1247 116 226.47 — 18.10

117 225.75 — 18.8948 117 225.51 — 19.29

118 225.95 — 18.77119 225.41 — 19.35120 225.36 — 19.37

49 120 225.36 — 19.29242 2.62 2 4 6.96 — 4.55

47 117 225.97 — 18.19118 225.61 — 18.58

48 118 225.39 — 18.96119 225.14 — 19.23120 225.35 — 18.95

49 121 224.70 — 19.58243 4.21 2 4 6.87 — 4.88

47 117 226.98 — 16.82118 224.15 — 20.01119 225.48 — 18.48121 223.29 — 20.91

48 118 225.88 — 18.19119 223.48 — 20.89120 226.09 — 17.90121 223.33 — 21.01

49 121 225.09 — 18.91244 4.20 2 4 6.78 — 5.28

47 118 226.29 — 17.34119 225.16 — 18.62120 224.59 — 19.24121 223.18 — 20.82

48 118 225.22 — 18.71119 225.09 — 18.83120 225.56 — 18.28121 225.19 — 18.67122 224.85 — 19.03

49 120 223.14 — 20.95121 223.85 — 20.12122 224.85 — 18.94

245 5.63 2 4 6.45 — 6.7546 118 223.99 — 19.3947 118 224.89 — 18.73

119 226.39 — 16.98



120 223.36 — 20.43121 224.71 — 18.87

48 118 225.51 — 18.16119 223.53 — 20.40120 226.26 — 17.24121 223.75 — 20.10122 225.81 — 17.72

49 119 221.84 — 22.26121 224.36 — 19.32122 222.70 — 21.19

50 122 221.71 — 22.02246 5.19 2 4 6.07 — 8.65

46 119 222.69 — 20.6447 119 226.03 — 17.17

120 225.63 — 17.61121 224.52 — 18.86122 223.63 — 19.86123 221.74 — 22.00

48 119 224.86 — 18.65120 225.74 — 17.61121 225.50 — 17.87122 225.41 — 17.95123 224.70 — 18.74

49 120 222.02 — 21.82121 223.16 — 20.49122 224.25 — 19.20123 224.70 — 18.66

50 123 221.74 — 21.75247 10.64 2 4 5.89 — 9.60

16 40 109.38 — 25.9045 119 218.42 — 24.7646 119 222.11 — 21.09

120 222.96 — 20.09121 218.78 — 24.88122 219.13 — 24.45

47 119 227.38 — 15.36120 224.64 — 18.52121 226.16 — 16.74122 222.81 — 20.59123 223.68 — 19.56

48 119 223.75 — 19.71120 226.45 — 16.57121 224.35 — 18.97122 226.53 — 16.42123 223.67 — 19.70

49 119 220.48 — 23.42120 219.74 — 24.24121 223.65 — 19.70122 222.42 — 21.09123 225.62 — 17.36

50 122 220.13 — 23.44







123 219.87 — 23.71248 8.45 2 4 5.77 — 10.26

46 120 223.45 — 19.31121 221.68 — 21.34122 219.86 — 23.42

47 120 227.06 — 15.48121 226.24 — 16.42122 225.52 — 17.23123 223.93 — 19.05124 222.88 — 20.24

48 120 226.40 — 16.38121 226.12 — 16.69122 226.45 — 16.28123 225.86 — 16.94124 225.66 — 17.15

49 120 221.09 — 22.48121 222.44 — 20.89122 223.98 — 19.07123 224.86 — 18.02124 225.66 — 17.06

50 122 219.02 — 24.52123 220.59 — 22.67124 222.88 — 19.98

249 7.44 2 4 5.53 — 11.6746 120 225.24 — 17.01

121 221.35 — 21.51122 221.94 — 20.80

47 120 226.12 — 16.34121 227.84 — 14.30122 224.78 — 17.87123 225.82 — 16.62124 222.31 — 20.69

48 120 226.80 — 15.68121 225.26 — 17.46122 227.40 — 14.92123 224.96 — 17.76124 227.03 — 15.31

49 121 222.97 — 20.05122 221.95 — 21.21123 225.60 — 16.92124 224.08 — 18.67

50 124 222.78 — 19.88250 4.06 2 4 5.53 — 11.61

46 121 224.47 — 17.66122 222.95 — 19.42

47 121 228.24 — 13.58122 227.71 — 14.18123 226.41 — 15.69124 225.54 — 16.70125 223.54 — 19.01

48 121 226.99 — 15.19



122 227.88 — 14.12123 227.25 — 14.84124 227.47 — 14.56125 226.79 — 15.33

49 122 223.82 — 18.82123 224.90 — 17.51124 226.16 — 16.01125 226.79 — 15.24

50 124 222.19 — 20.35125 223.54 — 18.74

251 3.52 2 4 5.65 — 10.9246 121 224.51 — 17.38

122 225.24 — 16.5147 121 230.13 — 11.05

122 227.28 — 14.45123 228.52 — 12.95124 225.30 — 16.75125 225.94 — 15.97

48 121 226.28 — 15.79122 228.77 — 12.79123 226.89 — 15.02124 228.92 — 12.57125 226.39 — 15.57

49 121 222.56 — 20.09123 225.94 — 16.06124 224.63 — 17.58125 228.03 — 13.51

50 124 222.26 — 20.06125 222.13 — 20.19

98 237 0.32 2 4 8.08 — 0.8248 114 235.66 — 14.39

115 235.86 — 14.16116 235.74 — 14.26117 235.35 — 14.67118 234.60 — 15.48

50 118 233.38 — 16.64238 −1.68 2 4 7.98 — 1.14

48 116 235.86 — 13.87118 235.01 — 14.78

239 1.59 2 4 7.81 — 1.7248 115 234.62 — 15.04

116 234.83 — 14.78117 234.66 — 14.95118 234.20 — 15.44119 233.30 — 16.41

49 119 231.72 — 18.1850 119 232.33 — 17.31

240 1.80 2 4 7.73 1.81 2.0048 116 234.99 — 14.36

117 232.28 — 17.37







118 234.68 — 14.66119 231.14 — 18.58120 233.11 — 16.37

49 119 231.57 — 18.1350 120 233.11 — 16.18

241 2.36 2 4 7.66 — 2.2347 116 230.18 — 19.2548 116 233.97 — 15.26

117 234.01 — 15.19118 233.88 — 15.31119 233.20 — 16.05120 232.53 — 16.78

49 119 230.63 — 18.95120 230.92 — 18.60

50 120 231.51 — 17.73242 2.32 2 4 7.53 2.41 2.70

48 117 231.65 — 17.60118 234.28 — 14.62119 231.06 — 18.22120 233.25 — 15.74

49 119 230.46 — 18.92121 231.01 — 18.25

50 120 231.00 — 18.08243 2.81 2 4 7.33 — 3.46

47 117 229.61 — 19.4248 117 233.39 — 15.41

118 233.55 — 15.20119 233.09 — 15.70120 232.73 — 16.08121 231.94 — 16.95

49 119 229.52 — 19.75120 230.10 — 19.08121 230.36 — 18.75

50 120 229.35 — 19.72121 230.71 — 18.15

244 3.07 2 4 7.33 3.18 3.4348 118 234.20 — 14.21

119 231.28 — 17.52120 233.68 — 14.76121 230.35 — 18.52122 231.98 — 16.64

49 119 229.65 — 19.38121 230.73 — 18.10

50 120 229.28 — 19.58122 231.98 — 16.45

245 3.43 2 4 7.26 — 3.7047 118 229.66 — 18.89

119 228.34 — 20.3748 118 233.60 — 14.65

119 233.31 — 14.96120 233.25 — 15.00



121 232.68 — 15.64122 231.77 — 16.65

49 119 228.89 — 20.02120 229.59 — 19.20121 230.10 — 18.60122 230.39 — 18.25

50 121 229.29 — 19.31122 230.63 — 17.76

246 5.11 2 4 6.86 5.20 5.3447 119 229.35 — 18.99

121 227.01 — 21.6248 119 231.50 — 16.78

120 234.08 — 13.80121 231.04 — 17.27122 232.89 — 15.12123 229.22 — 19.30

49 119 228.78 — 19.92120 227.63 — 21.22121 230.40 — 18.02122 228.55 — 20.12123 230.94 — 17.36

50 120 227.52 — 21.15122 230.74 — 17.41123 229.22 — 19.12

247 4.05 2 4 6.53 — 6.8446 119 227.14 — 20.8247 119 229.30 — 18.83

120 228.49 — 19.7348 119 233.38 — 14.38

120 233.61 — 14.09121 233.21 — 14.53122 232.60 — 15.22123 231.68 — 16.25

49 119 228.19 — 20.37120 228.85 — 19.59121 229.78 — 18.51122 230.19 — 18.01123 230.44 — 17.70

50 121 227.66 — 20.74122 229.43 — 18.68123 230.66 — 17.24

248 7.46 2 4 6.36 7.54 7.6346 120 227.00 — 20.7547 120 227.49 — 20.65

121 228.60 — 19.36122 225.06 — 23.39123 225.45 — 22.91

48 120 234.54 — 12.74121 231.80 — 15.92122 233.82 — 13.54123 230.44 — 17.44







124 232.18 — 15.4049 120 227.32 — 21.13

121 230.06 — 17.95122 228.62 — 19.58123 231.14 — 16.65124 228.99 — 19.10

50 120 225.63 — 22.88121 224.97 — 23.62122 229.51 — 18.36123 228.41 — 19.60124 232.18 — 15.21

249 10.04 2 4 6.30 — 7.9416 40 110.20 — 26.6318 44 124.29 — 26.36

45 124.15 — 26.8546 124.72 — 26.49

20 48 137.69 — 25.9449 137.63 — 26.30

46 120 227.50 — 19.96121 225.61 — 22.10122 223.40 — 24.62

47 120 230.00 — 17.55121 228.99 — 18.69122 227.86 — 19.97123 226.08 — 21.99124 224.55 — 23.72

48 120 234.32 — 12.74121 234.12 — 12.96122 233.80 — 13.32123 233.05 — 14.17124 232.33 — 14.99

49 120 228.43 — 19.63121 229.92 — 17.89122 230.29 — 17.43123 230.96 — 16.63124 231.08 — 16.46

50 120 223.92 — 24.64121 226.21 — 21.97122 228.19 — 19.65123 229.87 — 17.69124 231.32 — 15.97

51 124 222.04 — 26.30250 8.62 2 4 6.13 8.69 8.77

18 46 125.59 — 25.3520 48 137.98 — 25.4846 121 225.07 — 22.51

122 225.55 — 21.9447 121 230.45 — 16.76

122 227.21 — 20.50123 227.84 — 19.75124 224.14 — 23.99125 224.13 — 23.98



48 121 232.86 — 14.19122 235.07 — 11.54123 231.98 — 15.17124 233.90 — 12.90125 230.42 — 16.94

49 121 229.98 — 17.57122 229.11 — 18.57123 231.58 — 15.66124 229.86 — 17.65125 232.13 — 14.97

50 121 223.47 — 24.94122 228.40 — 19.19123 227.52 — 20.19124 231.73 — 15.24125 230.42 — 16.75

51 125 224.13 — 23.65251 10.45 2 4 6.18 — 8.52

18 45 124.81 — 25.8346 126.15 — 24.5847 124.75 — 26.53

19 47 130.59 — 26.7820 48 138.69 — 24.55

49 138.02 — 25.5950 137.46 — 26.50

46 121 228.38 — 18.47122 226.52 — 20.60123 224.36 — 23.08124 221.46 — 26.42

47 121 231.18 — 15.67122 230.18 — 16.82123 228.70 — 18.53124 227.41 — 20.00125 225.23 — 22.50

48 121 235.43 — 10.85122 235.33 — 10.96123 234.77 — 11.61124 234.35 — 12.10125 233.51 — 13.08

49 121 229.97 — 17.36122 230.69 — 16.49123 231.91 — 15.03124 232.00 — 14.90125 232.42 — 14.38

50 121 224.83 — 23.15122 227.17 — 20.40123 229.24 — 17.96124 230.89 — 15.99125 232.36 — 14.24

51 125 223.40 — 24.30252 7.92 2 4 6.22 8.00 8.28

18 46 126.71 — 23.8120 48 138.78 — 24.32







46 121 228.14 — 18.52122 228.77 — 17.76123 224.27 — 22.98124 224.06 — 23.20

47 121 232.71 — 13.61122 229.85 — 16.97123 230.61 — 16.05124 227.21 — 20.02125 227.44 — 19.72126 223.44 — 24.35

48 121 234.48 — 11.74122 236.84 — 8.83123 233.97 — 12.31124 236.07 — 9.74125 232.90 — 13.55126 234.38 — 11.75

49 121 230.09 — 16.98122 229.61 — 17.52123 232.43 — 14.16124 231.27 — 15.52125 233.50 — 12.84126 231.65 — 15.02

50 122 227.47 — 19.83123 226.95 — 20.42124 231.55 — 14.97125 230.46 — 16.24126 234.38 — 11.53

51 125 223.09 — 24.46126 223.44 — 24.02

253 6.19 2 4 6.13 — 8.7446 122 229.90 — 16.20

123 227.89 — 18.54124 225.34 — 21.49

47 122 232.75 — 13.30123 231.65 — 14.59124 230.49 — 15.94125 228.60 — 18.14126 227.01 — 19.97

48 122 237.25 — 8.02123 236.85 — 8.51124 236.63 — 8.76125 235.99 — 9.54126 235.13 — 10.57

49 122 231.09 — 15.53123 232.72 — 13.56124 233.16 — 13.02125 234.13 — 11.81126 234.09 — 11.84

50 122 226.32 — 20.96123 228.61 — 18.23124 230.63 — 15.82



125 232.48 — 13.58126 233.84 — 11.91

51 126 224.50 — 22.57254 6.72 2 4 5.93 9.30 9.79

46 122 231.94 — 13.52123 227.79 — 18.42124 227.73 — 18.47125 223.50 — 23.41126 223.70 — 23.15

47 122 232.49 — 13.34123 233.31 — 12.33124 230.30 — 15.92125 230.66 — 15.47126 226.96 — 19.82127 226.84 — 19.92

48 122 238.53 — 6.09123 236.03 — 9.24124 238.29 — 6.36125 235.32 — 10.08126 237.00 — 7.96127 233.37 — 12.42

49 122 227.41 — 19.66123 232.98 — 12.99124 232.22 — 13.89125 234.79 — 10.74126 233.50 — 12.29127 235.31 — 10.05

50 122 223.96 — 23.52123 226.23 — 20.82124 231.07 — 15.05125 230.33 — 15.91126 234.65 — 10.66127 233.37 — 12.19

51 125 223.41 — 23.68126 224.04 — 22.90127 226.84 — 19.56

255 3.71 2 4 5.73 — 10.8646 123 231.25 — 14.06

124 229.05 — 16.67125 227.31 — 18.71

47 123 234.48 — 10.62124 233.39 — 11.94125 231.89 — 13.73126 230.44 — 15.46127 228.21 — 18.08

48 123 238.73 — 5.48124 238.90 — 5.24125 238.41 — 5.87126 237.76 — 6.69127 236.67 — 8.06

49 123 230.72 — 15.46







124 233.90 — 11.58125 235.28 — 9.85126 235.59 — 9.45127 236.15 — 8.72

50 124 230.12 — 15.94125 232.20 — 13.41126 233.92 — 11.28127 235.60 — 9.17

51 127 227.82 — 18.17256 2.87 2 4 5.56 10.87 11.90

46 123 231.24 — 13.82124 231.29 — 13.74125 227.41 — 18.36126 227.76 — 17.92

47 123 235.96 — 8.48124 233.33 — 11.74125 233.76 — 11.20126 230.44 — 15.20127 230.47 — 15.15128 227.96 — 18.12

48 123 235.32 — 9.54124 240.37 — 2.89125 237.79 — 6.35126 239.62 — 3.90127 236.20 — 8.35128 237.67 — 6.45

49 123 227.91 — 18.58124 230.41 — 15.56125 235.74 — 8.98126 234.85 — 10.08127 237.01 — 7.32128 235.76 — 8.89

50 124 227.96 — 18.29125 230.02 — 15.79126 234.56 — 10.20127 233.65 — 11.31128 237.67 — 6.19

51 127 227.56 — 18.25128 227.96 — 17.74

99 241 0.95 2 4 8.33 — 0.3247 117 236.75 — 17.4448 116 240.94 — 13.13

117 238.00 — 16.40118 239.89 — 14.27120 237.53 — 16.86

49 116 238.11 — 16.43117 241.14 — 13.01118 239.01 — 15.38119 241.61 — 12.44120 238.89 — 15.46



50 118 239.04 — 15.25119 237.61 — 16.83120 240.90 — 13.11

242 1.60 2 4 8.23 — 0.6347 117 236.22 — 17.7948 117 239.61 — 14.36

118 239.25 — 14.74119 238.05 — 16.05120 237.22 — 16.96

49 117 239.76 — 14.31118 240.39 — 13.58119 240.44 — 13.50120 240.59 — 13.30121 239.96 — 13.99

50 118 237.45 — 16.78119 238.41 — 15.68120 239.60 — 14.32121 239.96 — 13.89

51 121 235.57 — 18.49243 1.32 2 4 8.08 — 1.12

47 117 237.20 — 16.4648 117 237.69 — 16.26

118 239.83 — 13.83119 236.39 — 17.67120 238.06 — 15.78

49 117 239.82 — 13.98118 237.99 — 16.03119 240.80 — 12.83120 238.41 — 15.51121 240.64 — 12.96

50 118 236.99 — 17.06120 239.39 — 14.31121 237.64 — 16.25

244 1.57 2 4 8.03 — 1.2847 118 235.75 — 17.8248 118 239.22 — 14.26

119 238.28 — 15.30120 237.70 — 15.93121 236.39 — 17.38

49 118 239.36 — 14.23119 239.71 — 13.81120 240.08 — 13.37121 239.77 — 13.70122 239.63 — 13.82

50 118 235.57 — 18.42119 236.66 — 17.17120 238.09 — 15.53121 238.74 — 14.77122 239.63 — 13.72

245 1.82 2 4 7.91 — 1.6847 119 235.06 — 18.34







48 118 239.85 — 13.28119 236.74 — 16.80120 238.66 — 14.60121 235.11 — 18.59122 236.22 — 17.31

49 118 237.17 — 16.47119 240.15 — 13.04120 238.06 — 15.42121 240.50 — 12.59122 237.83 — 15.62

50 118 235.07 — 18.75120 238.01 — 15.37121 236.51 — 17.05122 239.80 — 13.27

246 2.67 2 4 7.75 — 2.2447 119 234.82 — 18.37

120 233.69 — 19.6348 119 238.59 — 14.45

120 238.34 — 14.71121 237.29 — 15.89122 236.16 — 17.15123 234.50 — 18.99

49 119 239.18 — 13.89120 239.72 — 13.25121 239.71 — 13.25122 239.79 — 13.13123 239.22 — 13.76

50 119 235.03 — 18.54120 236.88 — 16.41121 237.65 — 15.51122 238.79 — 14.17123 239.22 — 13.66

51 123 234.50 — 18.72247 2.44 2 4 7.49 — 3.18

47 119 236.15 — 16.6348 119 237.12 — 15.88

120 239.28 — 13.37121 236.06 — 17.04122 237.43 — 15.46

49 119 239.64 — 13.10120 237.84 — 15.16121 240.46 — 12.11122 238.08 — 14.84123 240.26 — 12.29

50 120 236.69 — 16.38121 235.61 — 17.59122 239.02 — 13.65123 237.30 — 15.61

51 123 234.53 — 18.46248 3.21 2 4 7.16 — 4.47

47 120 234.93 — 17.76



121 233.24 — 19.6648 120 238.87 — 13.59

121 238.06 — 14.51122 237.26 — 15.41123 235.86 — 16.98124 234.62 — 18.37

49 120 239.36 — 13.15121 239.64 — 12.80122 239.89 — 12.48123 239.61 — 12.78124 239.41 — 13.00

50 120 235.75 — 17.21121 236.48 — 16.35122 238.04 — 14.53123 238.59 — 13.87124 239.41 — 12.89

51 123 232.87 — 20.12124 234.62 — 18.09

249 3.79 2 4 6.94 — 5.4247 120 233.83 — 18.79

121 234.82 — 17.6348 120 239.77 — 12.27

121 236.84 — 15.66122 238.45 — 13.78123 234.88 — 17.87124 236.14 — 16.40

49 120 237.53 — 15.01121 240.34 — 11.70122 238.26 — 14.12123 240.62 — 11.33124 237.95 — 14.43

50 120 235.25 — 17.55121 234.73 — 18.12122 238.10 — 14.20123 236.80 — 15.69124 239.89 — 12.06

51 123 232.72 — 20.07124 232.15 — 20.70

250 4.49 2 4 6.89 — 5.6247 121 234.94 — 17.26

122 233.69 — 18.67123 231.52 — 21.13

48 121 238.96 — 12.94122 238.45 — 13.52123 237.29 — 14.85124 236.38 — 15.88125 234.89 — 17.57

49 121 239.74 — 12.14122 240.19 — 11.59123 240.20 — 11.55124 240.17 — 11.56







125 239.65 — 12.1650 121 235.45 — 17.05

122 237.57 — 14.56123 238.08 — 13.95124 239.32 — 12.47125 239.65 — 12.05

51 124 233.22 — 19.24125 234.89 — 17.28

251 5.08 2 4 6.60 7.48 6.9247 121 236.52 — 15.19

122 232.94 — 19.30123 233.46 — 18.69

48 121 237.96 — 13.85122 239.70 — 11.77123 236.42 — 15.61124 237.92 — 13.83125 234.26 — 18.06

49 121 240.59 — 10.85122 238.71 — 13.07123 241.27 — 9.99124 238.89 — 12.81125 241.00 — 10.27

50 121 233.71 — 18.84122 237.43 — 14.48123 236.68 — 15.33124 239.73 — 11.71125 238.21 — 13.48

51 123 231.02 — 21.59124 230.65 — 21.98125 235.10 — 16.81

252 7.61 2 4 6.80 — 5.9918 45 128.05 — 24.09

46 129.28 — 23.0119 47 135.29 — 23.5420 48 142.28 — 22.77

49 141.74 — 23.6250 141.28 — 24.39

46 121 231.63 — 20.01122 229.61 — 22.32

47 121 237.16 — 14.18122 236.07 — 15.44123 234.26 — 17.53124 232.85 — 19.13125 230.28 — 22.07126 228.37 — 24.24

48 121 240.37 — 10.71122 240.25 — 10.83123 239.23 — 12.05124 238.61 — 12.76125 237.36 — 14.21126 236.02 — 15.76



49 121 240.52 — 10.66122 241.12 — 9.91123 241.35 — 9.61124 241.51 — 9.39125 241.28 — 9.65126 241.12 — 9.82

50 121 234.71 — 17.43122 237.23 — 14.45123 238.09 — 13.42124 239.89 — 11.25125 240.18 — 10.87126 241.12 — 9.70

51 123 229.61 — 23.00124 232.20 — 19.97125 234.08 — 17.75126 236.02 — 15.45

52 126 228.37 — 23.82253 6.25 2 4 6.74 6.30 6.23

18 46 129.77 — 22.3219 47 135.66 — 22.9920 48 142.21 — 22.7146 122 231.84 — 19.5247 122 235.65 — 15.68

123 236.32 — 14.88124 232.58 — 19.22125 232.70 — 19.06

48 122 241.60 — 8.91123 238.71 — 12.39124 240.34 — 10.40125 236.98 — 14.41126 238.05 — 13.12

49 122 239.98 — 11.01123 242.68 — 7.66124 240.52 — 10.32125 242.82 — 7.44126 240.32 — 10.50

50 122 237.17 — 14.27123 236.83 — 14.66124 240.22 — 10.56125 239.26 — 11.70126 242.02 — 8.30

51 123 229.73 — 22.65124 229.73 — 22.63125 234.56 — 16.96126 233.94 — 17.66

254 7.38 2 4 6.62 — 6.7818 46 128.47 — 23.67

47 128.94 — 23.4319 48 135.07 — 23.8020 48 140.82 — 24.10

49 142.27 — 22.77







50 142.33 — 22.9646 122 233.08 — 17.85

123 230.67 — 20.63124 227.96 — 23.75

47 122 238.63 — 11.88123 237.16 — 13.62124 235.91 — 15.08125 233.69 — 17.66126 231.99 — 19.62127 229.08 — 22.97

48 122 242.28 — 7.75123 241.32 — 8.94124 241.09 — 9.20125 239.97 — 10.56126 238.93 — 11.80127 237.22 — 13.81

49 122 242.19 — 7.99123 242.80 — 7.20124 243.11 — 6.78125 243.10 — 6.79126 243.13 — 6.72127 242.48 — 7.52

50 122 234.42 — 17.27123 238.03 — 12.97124 240.22 — 10.28125 240.86 — 9.46126 242.37 — 7.56127 242.48 — 7.39

51 123 228.29 — 24.12124 231.10 — 20.80125 233.35 — 18.14126 235.68 — 15.37127 237.22 — 13.49

52 126 228.37 — 23.41127 229.08 — 22.55

255 6.54 2 4 6.44 — 7.6220 50 142.64 — 22.4846 123 231.03 — 19.99

124 230.57 — 20.5147 123 239.25 — 10.82

124 235.86 — 14.87125 236.14 — 14.53126 232.10 — 19.26127 231.88 — 19.50

48 123 241.12 — 8.88124 242.81 — 6.72125 239.84 — 10.43126 241.04 — 8.92127 237.22 — 13.55

49 123 244.13 — 5.15124 242.35 — 7.44



125 244.81 — 4.22126 242.52 — 7.18127 244.41 — 4.71

50 123 234.39 — 17.04124 240.54 — 9.60125 239.98 — 10.27126 243.08 — 6.33127 241.95 — 7.76

51 124 228.78 — 23.30125 233.84 — 17.32126 233.58 — 17.60127 238.08 — 12.19

52 127 228.68 — 22.79256 3.18 2 4 6.23 — 8.66

46 123 234.30 — 15.91124 231.92 — 18.69

47 123 240.10 — 9.48124 238.96 — 10.87125 237.09 — 13.13126 235.54 — 14.96127 232.99 — 17.96128 232.48 — 18.53

48 123 243.45 — 5.58124 243.61 — 5.35125 242.56 — 6.71126 241.90 — 7.53127 240.34 — 9.48128 239.08 — 11.00

49 123 241.58 — 8.13124 244.68 — 4.05125 245.05 — 3.53126 245.24 — 3.26127 244.80 — 3.83128 244.88 — 3.71

50 123 232.44 — 19.10124 237.91 — 12.54125 241.30 — 8.31126 243.20 — 5.84127 243.67 — 5.21128 244.88 — 3.56

51 125 232.52 — 18.64126 235.08 — 15.57127 236.99 — 13.24128 239.08 — 10.66

52 128 232.48 — 18.05

100 242 −3.10 2 4 8.78 — −0.7348 118 245.63 — 13.2949 117 245.60 — 13.57

119 245.33 — 13.8450 118 248.29 — 10.51







119 246.29 — 12.77120 249.45 — 9.13121 246.81 — 12.13

243 −0.74 2 4 8.70 — −0.5048 117 245.91 — 12.73

118 245.15 — 13.57119 243.84 — 15.00

49 117 244.75 — 14.26118 244.90 — 14.08119 244.73 — 14.25120 244.36 — 14.64121 243.58 — 15.49

50 117 245.83 — 13.06118 246.96 — 11.75119 247.71 — 10.87120 248.33 — 10.13121 248.56 — 9.85

244 −2.48 2 4 8.55 — −0.0548 118 245.78 — 12.5849 119 244.97 — 13.7250 118 246.67 — 11.81

119 244.97 — 13.73120 248.34 — 9.84121 246.02 — 12.48122 248.89 — 9.15

245 0.62 2 4 8.44 0.62 0.2848 118 245.21 — 12.96

119 244.19 — 14.10120 243.21 — 15.18121 241.79 — 16.75

49 118 244.15 — 14.40119 244.31 — 14.19120 244.20 — 14.30121 243.67 — 14.88122 243.01 — 15.59

50 118 245.37 — 13.02119 246.30 — 11.94120 247.21 — 10.86121 247.65 — 10.33122 247.97 — 9.93

51 122 241.96 — 16.58246 0.04 2 4 8.37 0.08 0.50

48 119 242.32 — 15.95120 244.16 — 13.85

49 119 244.53 — 13.68120 242.25 — 16.25121 244.22 — 13.99123 242.77 — 15.59

50 119 243.70 — 14.65120 247.24 — 10.54121 245.22 — 12.86



122 248.30 — 9.25123 245.76 — 12.19

51 123 242.77 — 15.39247 1.54 2 4 8.20 — 1.05

48 119 244.46 — 13.26120 243.82 — 13.97121 242.69 — 15.24122 241.16 — 16.95

49 119 243.87 — 14.17120 244.00 — 14.00121 243.80 — 14.21122 243.40 — 14.64123 242.60 — 15.52

50 119 244.96 — 12.92120 246.17 — 11.50121 246.78 — 10.77122 247.40 — 10.01123 247.62 — 9.74

51 122 240.37 — 17.89123 241.66 — 16.40

248 1.56 2 4 8.00 1.65 1.7048 120 244.86 — 12.50

121 241.25 — 16.63122 242.54 — 15.14

49 120 242.24 — 15.76121 244.44 — 13.20122 241.88 — 16.12123 243.58 — 14.15124 240.40 — 17.75

50 120 246.34 — 11.03121 244.61 — 13.02122 247.86 — 9.18123 245.61 — 11.81124 248.37 — 8.52

51 123 241.60 — 16.22124 240.40 — 17.56

249 2.19 2 4 7.81 — 2.3848 120 244.59 — 12.55

121 243.66 — 13.61122 242.47 — 14.96123 240.99 — 16.63124 239.35 — 18.46

49 120 243.97 — 13.51121 244.06 — 13.38122 243.90 — 13.55123 243.44 — 14.06124 242.75 — 14.82

50 120 245.34 — 11.91121 246.15 — 10.94122 247.06 — 9.84123 247.45 — 9.35







124 247.74 — 8.9751 122 238.93 — 19.05

123 240.64 — 17.07124 241.71 — 15.82

250 3.25 2 4 7.56 <3.30 3.3047 121 237.23 — 20.2448 121 242.13 — 15.11

122 243.63 — 13.36123 239.67 — 17.89124 240.85 — 16.52

49 121 244.53 — 12.56122 242.26 — 15.18123 244.20 — 12.90124 241.35 — 16.18125 242.81 — 14.47

50 121 243.90 — 13.31122 247.35 — 9.20123 245.40 — 11.51124 248.32 — 7.97125 245.86 — 10.91

51 123 240.28 — 17.24124 239.50 — 18.11125 242.81 — 14.26

251 4.28 2 4 7.43 — 3.8047 121 237.57 — 19.6348 121 244.39 — 12.22

122 243.56 — 13.18123 242.28 — 14.64124 240.98 — 16.12125 239.41 — 17.90

49 121 244.21 — 12.67122 244.19 — 12.68123 244.01 — 12.86124 243.57 — 13.36125 242.86 — 14.16

50 121 245.43 — 11.23122 246.55 — 9.86123 247.13 — 9.14124 247.72 — 8.40125 247.90 — 8.16

51 122 237.29 — 20.46123 239.56 — 17.82124 240.59 — 16.61125 242.05 — 14.89

52 125 237.34 — 19.90252 4.96 2 4 7.15 5.04 4.89

20 48 145.73 — 21.3147 121 238.92 — 17.8548 121 243.08 — 13.48

122 244.73 — 11.52123 241.13 — 15.72



124 242.51 — 14.09125 238.46 — 18.75126 239.21 — 17.86

49 121 244.67 — 11.85122 242.78 — 14.05123 244.86 — 11.58124 242.30 — 14.58125 244.00 — 12.56126 241.02 — 16.01

50 121 243.40 — 13.35122 247.00 — 9.02123 245.26 — 11.11124 248.38 — 7.27125 246.22 — 9.91126 248.85 — 6.64

51 123 239.01 — 18.21124 238.79 — 18.45125 242.06 — 14.62126 241.02 — 15.81

52 126 239.21 — 17.47253 5.41 2 4 7.20 — 4.69

20 48 145.86 — 21.0449 145.34 — 21.85

47 122 238.22 — 18.39123 236.23 — 20.65

48 122 245.12 — 10.77123 244.00 — 12.09124 243.06 — 13.19125 241.69 — 14.77126 239.96 — 16.76

49 122 244.94 — 11.23123 245.16 — 10.94124 244.85 — 11.30125 244.43 — 11.77126 243.86 — 12.43

50 122 246.68 — 9.12123 247.41 — 8.20124 248.21 — 7.18125 248.57 — 6.69126 248.87 — 6.30

51 122 235.89 — 21.61123 238.56 — 18.49124 239.94 — 16.87125 241.96 — 14.48126 242.73 — 13.55

52 125 235.66 — 21.38126 237.94 — 18.71

254 4.07 2 4 7.31 4.15 4.2220 48 146.07 — 20.6846 122 235.57 — 20.5047 122 238.03 — 18.36







123 238.30 — 18.0348 122 246.68 — 8.57

123 243.42 — 12.51124 244.96 — 10.64125 241.26 — 15.01126 242.22 — 13.86127 237.72 — 19.08

49 122 244.20 — 11.83123 246.34 — 9.21124 244.17 — 11.83125 246.00 — 9.59126 243.32 — 12.80127 244.60 — 11.25

50 122 247.46 — 7.83123 246.11 — 9.50124 249.38 — 5.35125 247.43 — 7.82126 250.25 — 4.16127 247.91 — 7.17

51 123 238.34 — 18.51124 238.52 — 18.29125 242.14 — 14.01126 241.66 — 14.55127 244.60 — 11.02

52 126 238.26 — 18.10127 237.72 — 18.70

255 4.86 2 4 7.24 — 4.4820 49 146.04 — 20.82

50 145.67 — 21.4746 123 234.31 — 21.7047 123 239.46 — 16.43

124 237.81 — 18.34125 235.43 — 21.07

48 123 246.31 — 8.69124 245.71 — 9.42125 244.51 — 10.87126 243.13 — 12.51127 241.32 — 14.64

49 123 246.94 — 8.15124 246.69 — 8.45125 246.67 — 8.46126 246.23 — 8.98127 245.39 — 9.99

50 123 248.23 — 6.52124 249.42 — 4.96125 249.94 — 4.25126 250.44 — 3.56127 250.64 — 3.27

51 123 235.51 — 21.57124 239.63 — 16.73125 242.05 — 13.84



126 243.17 — 12.48127 244.86 — 10.41

52 126 236.96 — 19.37127 239.37 — 16.52

256 3.98 2 4 7.03 5.15 5.3620 50 146.01 — 20.9647 123 241.32 — 13.98

124 237.75 — 18.16125 237.62 — 18.29

48 123 245.75 — 9.09124 247.40 — 6.99125 244.05 — 11.14126 245.16 — 9.76127 241.02 — 14.73128 241.76 — 13.82

49 123 247.87 — 6.66124 246.08 — 8.90125 247.98 — 6.48126 245.68 — 9.35127 247.10 — 7.56128 244.45 — 10.82

50 123 244.27 — 11.16124 250.34 — 3.37125 248.77 — 5.45126 251.75 — 1.36127 249.62 — 4.28128 252.15 — 0.73

51 125 241.96 — 13.68126 241.88 — 13.76127 245.17 — 9.73128 244.45 — 10.59

52 126 237.05 — 19.03127 236.87 — 19.21128 241.76 — 13.39

257 6.94 2 4 6.86 — 6.0620 49 142.97 — 23.88

50 144.38 — 22.5951 145.43 — 21.69

46 124 235.27 — 20.12125 233.02 — 22.71

47 124 241.03 — 14.04125 238.99 — 16.45126 237.04 — 18.71127 234.32 — 21.86128 233.40 — 22.90

48 124 248.25 — 5.56125 247.15 — 6.97126 246.13 — 8.26127 244.47 — 10.30128 242.88 — 12.21

49 124 248.42 — 5.58







125 248.79 — 5.08126 248.41 — 5.56127 247.97 — 6.12128 247.57 — 6.62

50 124 247.79 — 6.41125 251.10 — 1.90126 251.99 — 0.59127 252.34 — 0.06128 252.55 — −0.28

51 124 233.64 — 23.27125 239.34 — 16.55126 243.20 — 11.88127 245.29 — 9.28128 246.17 — 8.14

52 126 235.73 — 20.34127 238.37 — 17.20128 240.68 — 14.43

258 −3.43 2 4 6.66 — 6.9748 124 249.53 — 3.49

125 246.74 — 7.18126 247.96 — 5.57127 244.16 — 10.39128 245.06 — 9.24

49 124 245.31 — 9.25125 249.86 — 3.28126 247.95 — 5.83127 249.43 — 3.83128 247.17 — 6.80129 248.03 — 5.67

50 124 245.30 — 9.28125 247.29 — 6.71126 253.06 — −1.48127 251.32 — 1.16128 254.00 — −3.06129 251.68 — 0.59

51 127 245.35 — 8.91128 245.03 — 9.28129 248.03 — 5.40

259 0.18 2 4 6.48 — 7.8447 125 242.35 — 11.89

126 240.59 — 14.01127 238.20 — 16.84

48 125 249.46 — 3.21126 248.99 — 3.84127 247.44 — 5.90128 246.20 — 7.50129 244.15 — 10.06

49 125 248.19 — 5.19126 250.47 — 2.02127 250.41 — 2.08128 250.08 — 2.54



129 249.07 — 3.9250 125 246.24 — 7.75

126 250.69 — 1.70127 253.83 — −3.25128 254.43 — −4.34129 254.58 — −4.64

51 127 242.90 — 11.67128 246.53 — 7.06129 248.33 — 4.66

52 128 239.77 — 15.00129 242.21 — 12.01

101 245 −0.46 2 4 9.09 — −1.3348 118 251.17 — 11.97

119 247.29 — 16.30120 248.28 — 15.17

49 118 250.99 — 12.52119 253.24 — 9.91120 250.23 — 13.34121 251.83 — 11.49122 248.22 — 15.54

50 118 253.83 — 9.37119 251.94 — 11.54120 254.83 — 8.15121 252.29 — 11.09122 254.64 — 8.34

51 119 250.96 — 12.54120 249.79 — 13.85121 253.30 — 9.81122 251.62 — 11.72

52 122 249.21 — 14.13246 0.00 2 4 8.98 — −1.02

48 119 249.22 — 13.89120 248.21 — 15.00

49 119 252.31 — 10.70120 252.12 — 10.90121 251.19 — 11.95122 250.42 — 12.80123 248.92 — 14.48

50 119 253.10 — 9.90120 253.82 — 9.03121 253.78 — 9.06122 253.88 — 8.92123 253.36 — 9.50

51 119 249.30 — 14.16120 250.76 — 12.47121 251.81 — 11.25122 252.88 — 9.98123 253.36 — 9.39

52 122 247.51 — 15.79123 248.92 — 14.17







247 0.05 2 4 8.92 0.46 −0.8648 119 247.85 — 15.16

120 249.16 — 13.6649 119 252.90 — 9.72

120 250.22 — 12.80121 252.11 — 10.60122 248.81 — 14.36123 250.15 — 12.81

50 119 250.88 — 12.18120 254.01 — 8.50121 251.80 — 11.07122 254.41 — 7.99123 251.64 — 11.22

51 119 249.01 — 14.22120 248.13 — 15.20121 251.81 — 10.95122 250.43 — 12.53123 253.66 — 8.73

52 122 246.99 — 16.12123 246.25 — 16.92

248 0.84 2 4 8.70 — −0.2048 120 248.94 — 13.64

121 247.28 — 15.51122 245.72 — 17.25

49 120 251.95 — 10.51121 251.36 — 11.19122 250.88 — 11.72123 249.68 — 13.07124 248.63 — 14.24

50 120 252.94 — 9.46121 253.14 — 9.21122 253.57 — 8.67123 253.31 — 8.96124 253.08 — 9.21

51 120 248.99 — 13.95121 250.33 — 12.39122 251.58 — 10.91123 252.35 — 9.98124 253.08 — 9.09

52 122 245.35 — 17.71123 246.88 — 15.96124 248.63 — 13.93

249 1.38 2 4 8.47 — 0.5148 120 249.80 — 12.39

121 246.12 — 16.56122 246.88 — 15.69

49 120 250.06 — 12.43121 252.15 — 9.96122 249.19 — 13.39123 250.82 — 11.49124 247.23 — 15.58



50 120 253.05 — 9.03121 251.13 — 11.28122 253.97 — 7.88123 251.54 — 10.76124 253.82 — 8.02

51 120 246.37 — 16.67121 250.25 — 12.20122 249.16 — 13.44123 252.56 — 9.43124 250.84 — 11.44

52 122 244.62 — 18.29124 248.32 — 14.02

250 1.72 2 4 8.31 — 1.0248 121 248.26 — 13.86

122 247.01 — 15.28123 245.00 — 17.54

49 121 251.54 — 10.39122 251.27 — 10.69123 250.42 — 11.67124 249.65 — 12.54125 248.21 — 14.18

50 121 252.53 — 9.33122 253.25 — 8.43123 253.23 — 8.45124 253.34 — 8.29125 252.86 — 8.84

51 121 248.92 — 13.46122 250.36 — 11.76123 251.43 — 10.48124 252.34 — 9.37125 252.86 — 8.72

52 123 244.86 — 17.75124 247.03 — 15.24125 248.21 — 13.86

251 2.38 2 4 8.08 — 1.7947 121 243.64 — 18.3148 121 247.09 — 14.94

122 248.17 — 13.68123 244.15 — 18.25124 244.80 — 17.50

49 121 252.29 — 9.20122 249.69 — 12.27123 251.52 — 10.08124 248.27 — 13.87125 249.65 — 12.24

50 121 250.70 — 11.21122 253.67 — 7.61123 251.53 — 10.18124 254.05 — 7.11125 251.40 — 10.30

51 121 248.94 — 13.17







122 248.06 — 14.17123 251.66 — 9.91124 250.23 — 11.59125 253.38 — 7.78

52 124 246.61 — 15.47125 245.94 — 16.22

252 2.14 2 4 7.99 — 2.1047 121 243.78 — 17.9048 121 249.20 — 12.22

122 248.20 — 13.38123 246.51 — 15.31124 245.15 — 16.85

49 121 251.75 — 9.54122 251.63 — 9.67123 251.13 — 10.25124 250.57 — 10.89125 249.47 — 12.17126 248.58 — 13.19

50 121 251.92 — 9.45122 253.04 — 8.07123 253.15 — 7.92124 253.55 — 7.41125 253.31 — 7.68126 253.12 — 7.89

51 121 247.68 — 14.36122 249.27 — 12.48123 250.55 — 10.94124 251.65 — 9.60125 252.47 — 8.59126 253.12 — 7.76

52 124 245.58 — 16.40125 246.72 — 15.06126 248.58 — 12.86

253 2.56 2 4 7.71 — 3.1148 122 249.31 — 11.79

123 245.54 — 16.17124 246.51 — 15.03126 242.62 — 19.45

49 122 250.09 — 11.22123 252.08 — 8.80124 249.19 — 12.25125 250.77 — 10.34126 247.40 — 14.30

50 122 253.26 — 7.48123 251.51 — 9.61124 254.16 — 6.31125 251.81 — 9.21126 254.03 — 6.44

51 122 247.02 — 14.85123 250.77 — 10.39124 249.55 — 11.83



125 252.90 — 7.75126 251.21 — 9.79

52 124 244.80 — 17.05125 244.69 — 17.16126 248.36 — 12.85

254 2.78 2 4 7.89 — 2.4220 48 150.06 — 18.7247 122 244.29 — 16.79

123 241.96 — 19.4548 122 249.85 — 10.85

123 248.33 — 12.64124 247.22 — 13.93125 245.44 — 15.98126 243.65 — 18.02

49 122 252.37 — 8.15123 252.22 — 8.32124 251.81 — 8.80125 251.07 — 9.69126 250.38 — 10.50127 248.86 — 12.29

50 122 253.25 — 7.17123 253.42 — 6.94124 254.21 — 5.92125 254.10 — 6.03126 254.21 — 5.88127 253.80 — 6.38

51 122 248.53 — 12.80123 250.19 — 10.79124 251.44 — 9.25125 252.47 — 7.96126 253.32 — 6.88127 253.80 — 6.25

52 124 244.10 — 17.61125 245.59 — 15.86126 248.01 — 12.99127 248.86 — 11.95

255 3.21 2 4 7.91 — 2.3319 47 142.30 — 19.8620 48 150.09 — 18.5547 123 244.08 — 16.7748 123 247.85 — 12.94

124 248.99 — 11.56125 245.13 — 16.08126 245.67 — 15.43

49 123 253.47 — 6.42124 250.93 — 9.57125 252.67 — 7.40126 249.65 — 11.08127 250.82 — 9.64

50 123 252.38 — 7.92124 255.09 — 4.42







125 253.13 — 6.94126 255.48 — 3.86127 252.95 — 7.12

51 123 250.68 — 9.90124 249.84 — 10.90125 253.34 — 6.53126 251.87 — 8.37127 254.88 — 4.50

52 124 243.58 — 17.97125 243.86 — 17.61126 247.89 — 12.86127 247.49 — 13.31

53 127 241.11 — 20.20256 3.67 2 4 7.90 — 2.36

20 48 148.59 — 19.9849 149.94 — 18.8050 149.45 — 19.55

47 123 245.22 — 15.18124 243.46 — 17.21125 240.73 — 20.34

48 123 250.80 — 9.08124 250.02 — 10.02125 248.41 — 11.94126 246.87 — 13.75127 244.64 — 16.34128 242.64 — 18.64

49 123 254.00 — 5.39124 253.70 — 5.76125 253.30 — 6.26126 252.77 — 6.92127 251.61 — 8.36128 250.96 — 9.13

50 123 254.39 — 5.00124 255.57 — 3.40125 255.53 — 3.44126 256.02 — 2.75127 255.74 — 3.11128 255.56 — 3.35

51 123 247.80 — 13.08124 251.85 — 8.11125 253.26 — 6.30126 254.26 — 4.98127 254.95 — 4.04128 255.56 — 3.20

52 125 244.86 — 16.19126 247.68 — 12.82127 248.88 — 11.35128 250.96 — 8.77

53 128 242.64 — 18.15257 4.30 2 4 7.56 — 3.60

20 50 149.60 — 19.25



47 124 243.21 — 17.25125 242.97 — 17.51

48 124 251.58 — 7.78125 248.05 — 12.09126 248.76 — 11.21127 244.45 — 16.31128 244.78 — 15.90

49 124 252.83 — 6.55125 254.68 — 4.10126 252.01 — 7.56127 253.33 — 5.84128 250.36 — 9.58

50 124 256.19 — 2.17125 254.61 — 4.31126 257.03 — 0.93127 254.89 — 3.90128 256.95 — 1.00

51 124 247.58 — 13.04125 253.87 — 5.16126 252.78 — 6.56127 255.94 — 2.30128 254.23 — 4.62

52 125 240.51 — 21.02126 247.28 — 13.02127 247.28 — 13.00128 250.96 — 8.45

53 128 239.83 — 21.19258 6.65 2 4 7.27 — 4.73

19 49 139.63 — 22.8720 48 145.15 — 23.37

49 146.62 — 22.0550 148.02 — 20.7951 148.62 — 20.3952 146.46 — 22.96

21 52 153.02 — 22.3922 54 158.21 — 23.5446 124 237.62 — 22.6847 124 246.38 — 13.25

125 244.03 — 16.01126 241.97 — 18.40127 238.90 — 21.94128 237.87 — 23.10

48 124 252.34 — 6.47125 250.92 — 8.27126 249.72 — 9.75127 247.66 — 12.24128 245.91 — 14.31129 243.29 — 17.37

49 124 254.96 — 3.36125 255.12 — 3.12126 254.70 — 3.68







127 253.88 — 4.77128 253.40 — 5.40129 251.67 — 7.60

50 124 253.93 — 4.88125 256.54 — 1.24126 257.43 — −0.09127 257.21 — 0.22128 257.41 — −0.10129 256.94 — 0.59

51 124 245.94 — 14.73125 250.91 — 8.63126 254.70 — 3.66127 255.78 — 2.14128 256.54 — 1.03129 256.94 — 0.42

52 125 238.15 — 23.54126 244.24 — 16.38127 248.19 — 11.61128 250.68 — 8.50129 251.67 — 7.22

53 127 237.75 — 23.42128 240.93 — 19.68129 243.29 — 16.87

259 3.76 2 4 7.11 >5.28 5.3947 125 246.44 — 12.88

126 242.28 — 17.80127 241.70 — 18.46

48 125 250.93 — 7.94126 251.83 — 6.77127 247.85 — 11.72128 248.35 — 11.09129 243.65 — 16.70

49 125 256.50 — 0.76126 254.39 — 3.74127 255.82 — 1.72128 253.19 — 5.32129 253.95 — 4.28

50 125 253.53 — 5.05126 258.60 — −2.42127 256.85 — 0.33128 258.98 — −3.09129 256.64 — 0.60

51 125 248.52 — 11.31126 250.99 — 8.20127 256.95 — 0.02128 255.62 — 1.96129 258.49 — −2.47

52 126 241.13 — 19.80127 244.40 — 15.91128 250.83 — 7.99129 250.63 — 8.23



53 129 243.62 — 16.22260 6.44 2 4 6.95 >6.98 6.10

20 50 145.38 — 23.3851 146.09 — 22.8552 145.82 — 23.39

46 125 239.30 — 20.26126 236.82 — 23.13

47 125 247.69 — 11.09126 245.68 — 13.50127 243.00 — 16.69128 242.14 — 17.68129 238.78 — 21.59

48 125 253.70 — 3.96126 252.83 — 5.12127 250.96 — 7.55128 249.54 — 9.32129 247.09 — 12.32130 244.98 — 14.84

49 125 254.86 — 2.73126 256.76 — −0.07127 256.50 — 0.31128 256.12 — 0.86129 254.74 — 2.83130 253.90 — 3.97

50 125 252.16 — 6.52126 256.58 — 0.33127 259.02 — −3.67128 259.61 — −4.79129 259.20 — −4.04130 259.19 — −4.04

51 125 245.61 — 14.57126 249.59 — 9.66127 254.23 — 3.56128 257.78 — −1.75129 258.57 — −3.09130 259.19 — −4.22

52 126 238.17 — 23.04127 242.28 — 18.18128 248.03 — 11.20129 251.78 — 6.42130 253.90 — 3.54

53 129 242.13 — 17.74130 244.98 — 14.30

102 250 −3.60 2 4 8.96 −0.30 −0.6549 121 255.84 — 11.4150 121 257.71 — 9.45

122 260.44 — 6.12123 257.61 — 9.53124 259.81 — 6.85125 256.43 — 10.87







51 121 255.72 — 11.79122 254.44 — 13.25123 257.43 — 9.73124 255.52 — 11.95125 258.02 — 8.98

52 122 255.15 — 12.21123 254.18 — 13.30124 258.04 — 8.74125 256.43 — 10.64

251 −0.10 2 4 8.89 — −0.4648 121 253.81 — 13.03

122 252.14 — 14.9249 121 255.64 — 11.36

122 254.95 — 12.14123 254.04 — 13.18124 252.74 — 14.64125 251.26 — 16.29

50 121 259.43 — 7.05122 259.82 — 6.55123 259.68 — 6.70124 259.40 — 7.03125 258.84 — 7.69

51 121 254.86 — 12.50122 255.82 — 11.35123 256.70 — 10.30124 257.20 — 9.69125 257.53 — 9.26

52 121 251.67 — 15.95122 253.81 — 13.47123 255.38 — 11.63124 256.90 — 9.80125 257.92 — 8.56

252 0.36 2 4 8.55 0.62 0.5848 121 252.35 — 14.44

122 253.32 — 13.2949 121 256.15 — 10.46

122 253.38 — 13.68123 254.80 — 12.01124 251.49 — 15.80125 252.34 — 14.81

50 121 257.29 — 9.34122 260.17 — 5.77123 257.70 — 8.81124 260.10 — 5.82125 257.06 — 9.53126 258.96 — 7.20

51 121 254.48 — 12.65122 253.59 — 13.67123 256.72 — 9.97124 255.10 — 11.87125 257.84 — 8.58



126 255.67 — 11.1552 122 253.43 — 13.64

123 252.67 — 14.49124 256.73 — 9.70125 255.41 — 11.25126 258.96 — 6.93

253 2.01 2 4 8.41 — 1.0320 48 152.44 — 18.6248 122 253.43 — 12.89

123 251.63 — 14.94124 249.85 — 16.96

49 122 255.46 — 10.96123 254.80 — 11.73124 253.82 — 12.85125 252.66 — 14.17126 251.24 — 15.78

50 122 259.60 — 6.15123 259.61 — 6.11124 259.68 — 6.01125 259.33 — 6.43126 258.75 — 7.13

51 122 254.79 — 11.99123 256.06 — 10.46124 256.68 — 9.69125 257.31 — 8.91126 257.55 — 8.60

52 122 252.14 — 14.86123 253.86 — 12.84124 255.59 — 10.76125 256.80 — 9.28126 258.02 — 7.78

53 126 249.34 — 17.54254 1.74 2 4 8.23 1.86 1.63

20 48 152.73 — 18.1848 122 254.57 — 11.25

123 250.44 — 16.04124 251.31 — 15.02

49 122 254.00 — 12.39123 255.59 — 10.49124 252.53 — 14.07125 253.70 — 12.68126 250.27 — 16.63127 250.69 — 16.12

50 122 259.87 — 5.45123 257.75 — 8.11124 260.31 — 4.85125 257.62 — 8.22126 259.73 — 5.56127 256.52 — 9.52

51 122 252.77 — 14.07123 255.96 — 10.28







124 254.73 — 11.73125 257.61 — 8.24126 255.73 — 10.49127 258.14 — 7.53

52 122 251.65 — 15.16123 251.28 — 15.57124 255.49 — 10.59125 254.38 — 11.90126 258.12 — 7.32127 256.52 — 9.28

53 127 250.69 — 15.70255 2.27 2 4 8.44 — 0.88

20 48 153.53 — 17.2349 151.94 — 19.09

48 123 253.43 — 12.28124 251.97 — 13.98125 250.09 — 16.14126 247.87 — 18.65

49 123 255.97 — 9.71124 255.17 — 10.67125 254.26 — 11.73126 253.16 — 13.01127 251.58 — 14.83

50 123 259.87 — 5.07124 260.29 — 4.51125 260.10 — 4.75126 259.87 — 5.02127 259.35 — 5.68

51 123 255.79 — 10.18124 256.48 — 9.32125 257.50 — 8.04126 257.87 — 7.56127 258.16 — 7.17

52 123 252.64 — 13.71124 254.76 — 11.17125 256.12 — 9.50126 257.55 — 7.71127 258.47 — 6.53

53 126 247.74 — 18.88127 250.19 — 16.02

256 0.46 2 4 8.58 0.56 0.4120 48 153.80 — 16.8148 123 252.78 — 12.77

124 253.81 — 11.53125 249.59 — 16.45126 250.03 — 15.92

49 123 257.12 — 7.98124 254.40 — 11.29125 255.74 — 9.65126 252.56 — 13.43127 253.31 — 12.52128 249.92 — 16.46

50 123 258.60 — 6.36



124 261.26 — 2.82125 258.93 — 5.90126 261.19 — 2.88127 258.33 — 6.62128 260.15 — 4.25

51 123 256.00 — 9.61124 255.16 — 10.61125 258.10 — 6.96126 256.61 — 8.80127 259.15 — 5.57128 257.04 — 8.22

52 124 254.96 — 10.62125 254.23 — 11.47126 258.13 — 6.64127 256.74 — 8.37128 260.15 — 3.97

53 127 249.78 — 16.23128 249.92 — 16.05

257 1.40 2 4 8.45 — 0.8120 49 153.27 — 17.4348 124 254.58 — 10.31

125 252.86 — 12.35126 250.97 — 14.57127 248.63 — 17.26

49 124 256.98 — 7.82125 256.40 — 8.52126 255.47 — 9.65127 254.14 — 11.24128 253.08 — 12.49

50 124 261.42 — 2.21125 261.33 — 2.32126 261.45 — 2.13127 261.08 — 2.63128 260.56 — 3.32

51 124 256.80 — 8.28125 258.21 — 6.48126 258.64 — 5.90127 259.32 — 4.99128 259.46 — 4.79

52 124 251.71 — 14.21125 255.87 — 9.17126 257.68 — 6.87127 258.76 — 5.46128 259.84 — 4.00

53 127 249.21 — 16.65128 250.94 — 14.58

258 −2.92 2 4 8.15 2.08 1.8348 124 256.30 — 7.86

125 252.48 — 12.52126 253.08 — 11.78

49 124 256.30 — 8.35125 257.83 — 6.39







126 254.98 — 9.94127 255.90 — 8.78128 252.76 — 12.58129 252.95 — 12.33

50 124 262.11 — 0.81125 260.33 — 3.31126 262.70 — −0.11127 260.19 — 3.47128 262.16 — 0.66129 259.11 — 4.88

51 124 253.10 — 12.51125 258.69 — 5.50126 257.59 — 6.91127 260.20 — 3.44128 258.47 — 5.73129 260.72 — 2.68

52 126 258.16 — 5.91127 257.15 — 7.20128 260.71 — 2.43129 259.11 — 4.60

53 129 252.95 — 11.87259 3.54 2 4 7.88 — 2.77

20 49 150.13 — 20.4150 151.30 — 19.4251 151.75 — 19.17

47 125 245.70 — 19.5148 125 255.58 — 8.43

126 254.08 — 10.28127 251.91 — 12.88128 249.81 — 15.35129 247.08 — 18.50

49 125 258.53 — 5.12126 257.79 — 6.08127 256.79 — 7.34128 255.90 — 8.45129 254.01 — 10.76

50 125 262.40 — −0.08126 263.08 — −1.16127 262.82 — −0.76128 262.65 — −0.51129 262.08 — 0.33

51 125 256.37 — 8.15126 259.46 — 4.09127 260.53 — 2.59128 260.73 — 2.30129 261.12 — 1.72

52 125 249.77 — 15.95126 255.14 — 9.43127 259.01 — 4.41128 260.48 — 2.36129 261.35 — 1.09



53 127 245.58 — 20.38128 250.06 — 15.09129 252.60 — 12.01

260 −0.97 2 4 7.71 — 3.4148 125 255.41 — 8.33

126 256.06 — 7.48127 251.79 — 12.74128 252.18 — 12.25

49 125 259.88 — 2.92126 257.37 — 6.29127 258.48 — 4.80128 255.67 — 8.42129 256.03 — 7.94130 252.54 — 12.23

50 125 259.34 — 3.91126 264.03 — −3.24127 262.08 — −0.07128 264.16 — −3.49129 261.45 — 0.84130 263.21 — −1.91

51 125 253.58 — 11.32126 256.02 — 8.26127 261.28 — 1.12128 259.94 — 3.01129 262.26 — −0.39130 260.40 — 2.33

52 126 252.32 — 12.60127 254.87 — 9.43128 261.22 — 0.88129 260.01 — 2.62130 263.21 — −2.26

53 129 252.33 — 12.05130 252.54 — 11.77

262 −2.30 2 4 7.31 — 4.9748 126 258.90 — 2.97

127 255.12 — 8.02128 255.56 — 7.43129 250.90 — 13.21130 250.93 — 13.15

49 126 257.46 — 5.46127 260.93 — 0.54128 258.46 — 4.07129 259.01 — 3.29130 255.85 — 7.50131 255.81 — 7.53

50 126 260.59 — 1.33127 261.49 — −0.05129 263.74 — −3.86131 262.75 — −2.15

51 126 251.14 — 13.70127 256.57 — 6.87







128 258.77 — 3.89129 263.74 — −3.86130 262.27 — −1.35131 264.19 — −4.75

52 128 255.78 — 7.61129 258.13 — 4.48130 264.12 — −4.99131 262.75 — −2.51

53 131 255.81 — 6.99

103 252 −0.44 2 4 9.15 −0.40 −0.8848 121 257.92 — 13.82

122 256.27 — 15.6849 121 263.05 — 8.40

122 262.26 — 9.33123 260.92 — 10.89124 259.54 — 12.48125 257.61 — 14.67

50 121 265.45 — 5.80122 265.68 — 5.49123 265.12 — 6.17124 264.78 — 6.58125 263.68 — 7.90126 262.74 — 9.02

51 121 263.60 — 8.19122 264.48 — 7.10123 265.03 — 6.40124 265.41 — 5.90125 265.35 — 5.96126 265.27 — 6.04

52 121 259.38 — 13.07122 261.51 — 10.56123 262.60 — 9.24124 263.93 — 7.60125 264.54 — 6.84126 265.27 — 5.90

53 123 257.37 — 15.01124 259.50 — 12.53125 261.15 — 10.57126 262.74 — 8.65

54 126 255.78 — 16.19

253 0.11 2 4 8.99 — −0.4248 122 257.36 — 14.1649 122 260.73 — 10.84

123 262.04 — 9.27124 258.31 — 13.62125 259.07 — 12.71

50 122 266.12 — 4.57123 263.48 — 7.86124 265.47 — 5.36125 262.37 — 9.17



126 263.74 — 7.4951 122 262.27 — 9.46

123 265.31 — 5.71124 263.35 — 8.11125 265.98 — 4.80126 263.42 — 7.99

52 122 261.06 — 10.78123 260.29 — 11.67124 263.88 — 7.34125 262.37 — 9.16126 265.51 — 5.25

53 123 256.91 — 15.26124 256.72 — 15.45125 260.91 — 10.55126 260.15 — 11.42

54 126 254.89 — 16.94254 1.11 2 4 8.85 — −0.01

48 122 257.70 — 13.49123 255.34 — 16.18

49 122 262.83 — 7.99123 261.81 — 9.21124 260.73 — 10.48125 259.15 — 12.33126 257.64 — 14.05127 255.28 — 16.71

50 122 265.62 — 4.85123 265.23 — 5.33124 265.14 — 5.43125 264.37 — 6.39126 263.73 — 7.16127 262.46 — 8.69

51 122 263.51 — 7.63123 264.40 — 6.50124 264.94 — 5.80125 265.24 — 5.40126 265.36 — 5.22127 264.97 — 5.70

52 122 260.01 — 11.73123 261.16 — 10.34124 262.89 — 8.23125 263.62 — 7.30126 264.65 — 5.99127 264.97 — 5.56

53 123 255.29 — 16.84124 257.58 — 14.19125 259.44 — 11.99126 261.22 — 9.85127 262.46 — 8.31

54 127 255.28 — 16.20255 1.34 2 4 8.62 — 0.70

48 123 254.61 — 16.74124 254.91 — 16.38







49 123 262.85 — 7.62124 259.44 — 11.71125 260.50 — 10.43126 256.65 — 14.92127 256.99 — 14.50

50 123 263.66 — 6.96124 265.82 — 4.17125 262.97 — 7.78126 264.66 — 5.64127 261.39 — 9.67

51 123 264.57 — 5.93124 262.97 — 7.92125 265.75 — 4.36126 263.55 — 7.17127 265.84 — 4.21

52 123 259.03 — 12.56124 262.68 — 8.15125 261.56 — 9.50126 264.84 — 5.39127 263.04 — 7.64

53 123 254.70 — 17.26124 254.89 — 17.01125 259.23 — 11.94126 258.69 — 12.56127 262.46 — 7.99

256 1.45 2 4 8.88 — −0.1320 48 155.10 — 17.6721 49 161.02 — 18.3248 123 257.39 — 13.27

124 255.87 — 15.01125 253.42 — 17.79

49 123 263.07 — 6.99124 262.16 — 8.12125 260.90 — 9.64126 259.69 — 11.07127 257.69 — 13.41128 256.22 — 15.08

50 123 265.70 — 3.97124 265.94 — 3.63125 265.34 — 4.41126 264.95 — 4.90127 264.01 — 6.09128 263.08 — 7.25

51 123 264.18 — 6.07124 264.83 — 5.21125 265.47 — 4.35126 265.75 — 3.96127 265.71 — 3.99128 265.60 — 4.12

52 123 260.13 — 10.95124 262.25 — 8.35125 263.05 — 7.33



126 264.46 — 5.51127 264.92 — 4.90128 265.60 — 3.97

53 124 255.98 — 15.48125 258.23 — 12.82126 260.16 — 10.50127 261.62 — 8.70128 263.08 — 6.85

54 127 253.31 — 17.95128 256.22 — 14.55

257 −0.19 2 4 9.06 — −0.6948 124 257.57 — 12.7549 124 261.31 — 8.84

125 262.54 — 7.29126 259.01 — 11.59127 259.65 — 10.79128 255.84 — 15.26

50 124 266.89 — 1.92125 264.38 — 5.30126 266.24 — 2.79127 263.22 — 6.75128 264.62 — 4.93

51 124 263.36 — 6.75125 266.25 — 2.92126 264.39 — 5.38127 266.84 — 2.06128 264.40 — 5.34

52 124 262.26 — 8.00125 261.53 — 8.89126 264.87 — 4.61127 263.46 — 6.42128 266.40 — 2.50

53 125 258.24 — 12.52126 258.08 — 12.68127 262.01 — 7.88128 261.15 — 8.93

54 128 255.62 — 14.97258 0.59 2 4 8.90 — −0.22

48 124 258.51 — 11.34125 256.34 — 13.90126 254.39 — 16.14

49 124 263.90 — 5.21125 263.03 — 6.33126 261.99 — 7.63127 260.31 — 9.69128 259.14 — 11.08129 256.58 — 14.10

50 124 267.09 — 1.22125 266.68 — 1.80126 266.62 — 1.86127 265.85 — 2.91128 265.17 — 3.83







129 264.03 — 5.3151 124 264.92 — 4.35

125 266.12 — 2.70126 266.51 — 2.14127 266.82 — 1.68128 266.86 — 1.60129 266.53 — 2.05

52 124 259.43 — 11.16125 262.89 — 6.85126 264.69 — 4.47127 265.21 — 3.76128 266.29 — 2.26129 266.53 — 1.89

53 125 254.71 — 16.40126 259.44 — 10.76127 261.28 — 8.47128 262.89 — 6.41129 264.03 — 4.89

54 128 254.76 — 15.71129 256.58 — 13.54

259 0.80 2 4 8.68 — 0.4448 125 256.20 — 13.78

126 256.35 — 13.5949 125 264.54 — 3.97

126 261.40 — 8.04127 262.21 — 6.99128 258.72 — 11.29129 258.80 — 11.17

50 125 265.79 — 2.64126 267.84 — −0.37127 265.15 — 3.49128 266.72 — 1.26129 263.50 — 5.65

51 125 266.60 — 1.61126 265.30 — 3.42127 267.86 — −0.29128 265.76 — 2.74129 267.92 — −0.42

52 125 258.98 — 11.39126 264.97 — 3.72127 263.95 — 5.07128 266.95 — 0.88129 265.34 — 3.16

53 126 254.82 — 15.97127 261.55 — 7.80128 261.07 — 8.38129 264.69 — 3.64

54 128 254.02 — 16.31129 254.64 — 15.56

260 2.25 2 4 8.31 — 1.6521 52 160.48 — 18.9347 125 250.90 — 18.89



48 125 259.29 — 9.77126 257.57 — 11.84127 254.95 — 14.94128 252.79 — 17.43

49 125 265.26 — 2.60126 264.27 — 3.94127 262.98 — 5.65128 261.98 — 6.93129 259.74 — 9.72130 258.22 — 11.55

50 125 268.03 — −1.12126 268.31 — −1.59127 267.73 — −0.68128 267.38 — −0.16129 266.41 — 1.27130 265.52 — 2.53

51 125 264.43 — 4.24126 267.14 — 0.37127 268.01 — −0.99128 268.16 — −1.25129 268.18 — −1.29130 268.09 — −1.17

52 125 257.08 — 13.38126 262.42 — 6.74127 265.59 — 2.45128 267.06 — 0.29129 267.37 — −0.19130 268.09 — −1.34

53 126 252.90 — 17.97127 258.30 — 11.52128 262.70 — 5.95129 264.23 — 3.88130 265.52 — 2.07

54 129 255.26 — 14.55130 258.22 — 10.95

261 3.37 2 4 8.21 — 1.9821 53 159.35 — 20.1722 54 166.42 — 19.3548 126 259.54 — 9.12

127 255.05 — 14.55128 254.99 — 14.60

49 126 263.87 — 4.12127 264.73 — 2.90128 261.63 — 7.04129 261.88 — 6.70130 258.04 — 11.48

50 126 269.43 — −4.07127 267.08 — −0.13128 268.83 — −3.02129 265.95 — 1.52130 267.31 — −0.54

51 126 263.85 — 4.63







127 268.73 — −2.68128 267.19 — −0.19129 269.46 — −4.01130 267.23 — −0.29

52 126 259.40 — 10.24127 261.92 — 7.03128 267.57 — −0.96129 266.35 — 0.90130 268.99 — −3.37

53 127 255.25 — 14.91128 258.33 — 11.16129 264.75 — 2.79130 263.94 — 3.88

54 129 250.81 — 19.53130 257.72 — 11.26

262 4.11 2 4 8.07 — 2.4422 54 164.70 — 20.98

55 165.03 — 20.8447 126 252.08 — 16.98

127 248.84 — 20.7448 126 260.85 — 7.13

127 258.30 — 10.33128 256.37 — 12.67129 253.36 — 16.23130 250.84 — 19.14

49 126 266.41 — 0.03127 265.61 — 1.24128 264.66 — 2.58129 262.81 — 5.12130 261.46 — 6.88131 258.82 — 10.20

50 126 267.70 — −1.58127 269.48 — −4.78128 269.46 — −4.78129 268.69 — −3.32130 268.13 — −2.36131 267.01 — −0.56

51 126 263.00 — 5.41127 266.72 — 0.10128 269.19 — −4.08129 269.77 — −5.22130 269.78 — −5.28131 269.41 — −4.55

52 126 256.84 — 13.07127 260.18 — 8.92128 265.18 — 2.20129 268.15 — −2.41130 269.26 — −4.43131 269.41 — −4.74

53 127 251.97 — 18.51128 256.56 — 13.01



129 261.65 — 6.60130 265.73 — 0.91131 267.01 — −1.08

54 130 254.55 — 14.81131 258.82 — 9.57

104 253 0.26 2 4 9.55 0.56 −1.6748 122 261.04 — 15.7149 122 265.42 — 11.38

123 264.11 — 12.88124 262.16 — 15.08

50 122 272.14 — 3.63123 271.48 — 4.47124 270.71 — 5.43125 269.54 — 6.87126 268.13 — 8.57

51 122 269.55 — 7.14123 269.94 — 6.65124 269.90 — 6.68125 269.78 — 6.80126 269.17 — 7.54

52 122 269.30 — 7.44123 270.30 — 6.18124 271.31 — 4.89125 271.80 — 4.23126 272.14 — 3.77

53 122 261.88 — 15.91123 264.11 — 13.34124 265.77 — 11.39125 267.23 — 9.64126 268.40 — 8.20

54 124 262.07 — 15.22125 264.31 — 12.62126 266.46 — 10.06

254 −3.30 2 4 9.38 −0.77 −1.2149 122 264.04 — 12.68

123 264.79 — 11.8050 122 272.52 — 2.71

123 269.54 — 6.57124 271.42 — 4.15125 267.90 — 8.54126 269.18 — 6.95127 265.13 — 11.77

51 122 267.33 — 9.51123 269.97 — 6.26124 267.85 — 8.84125 270.07 — 6.10126 267.44 — 9.29127 269.00 — 7.38

52 122 268.82 — 7.69123 267.68 — 9.06







124 271.18 — 4.69125 269.33 — 7.00126 272.36 — 3.08127 269.88 — 6.27

53 125 266.77 — 9.88126 265.82 — 10.97127 269.00 — 7.12

54 126 265.81 — 10.53127 265.13 — 11.30

255 0.18 2 4 9.25 — −0.8548 123 260.29 — 16.0049 123 265.13 — 11.10

124 263.48 — 12.99125 261.92 — 14.77126 259.85 — 17.10

50 123 271.64 — 3.48124 271.19 — 4.06125 270.32 — 5.17126 269.26 — 6.50127 267.91 — 8.14

51 123 269.47 — 6.53124 269.60 — 6.34125 269.73 — 6.16126 269.44 — 6.50127 268.99 — 7.04

52 123 268.92 — 7.21124 270.27 — 5.48125 270.92 — 4.62126 271.62 — 3.69127 271.82 — 3.39

53 123 262.20 — 14.96124 263.92 — 12.94125 265.78 — 10.74126 267.08 — 9.15127 268.14 — 7.84

54 125 261.98 — 14.73126 264.34 — 11.95127 266.20 — 9.71

256 −2.17 2 4 8.95 −0.44 0.0149 123 265.75 — 10.04

124 262.29 — 14.09125 262.79 — 13.48

50 123 269.72 — 5.61124 271.76 — 2.89125 268.56 — 7.04126 270.15 — 5.00127 266.45 — 9.58128 267.44 — 8.35

51 123 269.35 — 6.31124 267.57 — 8.51125 269.95 — 5.51



126 267.58 — 8.46127 269.46 — 6.09128 266.60 — 9.60

52 123 266.38 — 9.98124 269.98 — 5.48125 268.49 — 7.35126 271.67 — 3.21127 269.54 — 5.98128 272.24 — 2.40

53 125 265.11 — 11.22126 264.56 — 11.85127 267.86 — 7.84128 266.60 — 9.36

54 126 263.67 — 12.44127 263.20 — 12.96128 267.44 — 7.84

257 0.67 2 4 9.15 — −0.5948 124 260.28 — 15.4549 124 264.97 — 10.65

125 263.65 — 12.19126 261.88 — 14.23127 259.90 — 16.48

50 124 271.89 — 2.30125 271.19 — 3.26126 270.45 — 4.23127 269.40 — 5.58128 268.04 — 7.28

51 124 269.51 — 5.73125 269.97 — 5.11126 269.85 — 5.25127 269.65 — 5.49128 269.12 — 6.14

52 124 269.49 — 5.74125 270.25 — 4.74126 271.29 — 3.33127 271.65 — 2.82128 272.01 — 2.31

53 124 262.33 — 14.21125 264.58 — 11.55126 265.94 — 9.88127 267.39 — 8.08128 268.38 — 6.82

54 125 259.82 — 16.66126 262.57 — 13.44127 264.58 — 11.03128 266.50 — 8.67

258 −1.92 2 4 9.33 −0.96 −1.1448 124 262.13 — 13.0149 124 264.25 — 11.20

125 265.03 — 10.24126 261.44 — 14.46







127 261.52 — 14.3450 124 272.83 — 0.53

125 270.02 — 4.44126 271.77 — 2.03127 268.39 — 6.51128 269.69 — 4.82129 265.80 — 9.69

51 124 268.04 — 7.25125 270.61 — 3.89126 268.57 — 6.53127 270.62 — 3.83128 268.01 — 7.20129 269.60 — 5.15

52 124 269.39 — 5.50125 268.46 — 6.69126 271.75 — 2.29127 269.97 — 4.69128 272.82 — 0.73129 270.48 — 3.97

53 125 264.27 — 11.60126 264.11 — 11.78127 267.48 — 7.64128 266.61 — 8.70129 269.60 — 4.86

54 126 262.26 — 13.51127 262.19 — 13.58128 266.58 — 8.25129 265.80 — 9.19

259 0.49 2 4 9.12 — −0.5548 125 260.70 — 14.38

126 258.28 — 17.1649 125 265.77 — 9.02

126 264.28 — 10.82127 262.54 — 12.87128 260.81 — 14.87

50 125 272.41 — 0.69126 272.06 — 1.19127 271.18 — 2.43128 270.14 — 3.83129 268.90 — 5.46

51 125 270.60 — 3.51126 270.67 — 3.40127 270.80 — 3.20128 270.44 — 3.67129 269.95 — 4.31

52 125 269.82 — 4.55126 271.42 — 2.34127 271.89 — 1.66128 272.59 — 0.61129 272.75 — 0.36

53 125 261.24 — 14.90



126 265.26 — 10.07127 267.10 — 7.77128 268.15 — 6.41129 269.29 — 4.90

54 127 263.34 — 11.91128 265.64 — 9.08129 267.33 — 6.93

260 −1.70 2 4 8.90 0.00 0.1148 125 260.36 — 14.50

126 260.42 — 14.4049 125 267.21 — 6.88

126 263.85 — 11.03127 264.21 — 10.57128 260.66 — 14.77129 260.18 — 15.30

50 125 271.47 — 1.62126 273.28 — −1.13127 270.30 — 3.25128 271.76 — 1.17129 268.19 — 6.03130 269.27 — 4.59

51 125 271.19 — 2.29126 269.49 — 4.61127 271.73 — 1.48128 269.45 — 4.62129 271.21 — 2.18130 268.47 — 5.88

52 125 266.00 — 9.11126 271.61 — 1.65127 270.39 — 3.35128 273.34 — −0.99129 271.36 — 1.96130 273.85 — −1.84

53 126 261.06 — 14.80127 267.09 — 7.44128 266.61 — 8.03129 269.66 — 4.02130 268.47 — 5.59

54 128 265.62 — 8.78129 265.23 — 9.25130 269.27 — 4.00

261 1.81 2 4 8.66 — 0.8622 53 169.88 — 18.02

54 169.53 — 18.5848 126 261.49 — 12.86

127 258.78 — 16.0249 126 266.70 — 7.17

127 265.19 — 9.05128 263.74 — 10.81129 261.44 — 13.54130 259.36 — 15.96







50 126 273.76 — −2.42127 272.93 — −1.07128 272.28 — −0.07129 271.21 — 1.51130 269.96 — 3.26

51 126 271.49 — 1.42127 271.96 — 0.70128 271.79 — 0.94129 271.63 — 1.16130 271.14 — 1.85

52 126 269.20 — 4.60127 271.99 — 0.64128 273.25 — −1.34129 273.52 — −1.79130 273.86 — −2.39

53 126 258.93 — 17.03127 264.30 — 10.60128 268.00 — 5.89129 269.53 — 3.82130 270.25 — 2.80

54 128 262.13 — 12.74129 266.62 — 7.16130 268.57 — 4.56

55 130 256.42 — 18.75262 0.32 2 4 8.50 — 1.37

48 126 263.61 — 9.99127 258.78 — 15.76128 258.63 — 15.91

49 126 266.54 — 7.01127 266.97 — 6.45128 263.65 — 10.61129 263.45 — 10.84130 259.55 — 15.47131 258.67 — 16.47

50 126 274.83 — −5.02127 272.33 — −0.61128 273.85 — −3.16129 270.67 — 1.87130 271.92 — −0.01131 268.20 — 5.25

51 126 268.29 — 5.46127 272.89 — −1.21128 270.95 — 1.74129 272.89 — −1.25130 270.49 — 2.37131 271.85 — 0.34

52 126 266.88 — 7.30127 268.51 — 5.14128 273.78 — −2.75129 272.36 — −0.41130 274.95 — −4.95



131 272.81 — −1.1853 127 261.09 — 14.18

128 264.14 — 10.46129 269.85 — 2.97130 269.05 — 4.07131 271.85 — 0.00

54 128 258.89 — 16.31129 262.06 — 12.51130 268.89 — 3.74131 268.20 — 4.67

55 131 258.67 — 15.81

105 255 0.20 2 4 9.72 0.30 −1.8236 86 244.59 — 16.9737 87 247.63 — 17.1338 90 250.89 — 16.9649 123 271.91 — 9.18

124 267.61 — 14.16125 267.79 — 13.94

50 123 275.02 — 5.95124 276.34 — 4.24125 272.84 — 8.60126 273.56 — 7.70127 269.48 — 12.51

51 123 278.54 — 1.66124 276.07 — 4.95125 278.18 — 2.13126 275.14 — 6.10127 276.61 — 4.19

52 123 274.91 — 6.55124 278.01 — 2.50125 276.00 — 5.14126 278.61 — 1.63127 276.07 — 5.01

53 123 273.19 — 8.55124 272.61 — 9.22125 276.23 — 4.69126 274.96 — 6.30127 278.02 — 2.27

54 124 269.72 — 12.30125 269.62 — 12.38126 273.84 — 7.31127 272.98 — 8.35

55 126 265.02 — 17.08127 269.62 — 11.77

256 0.41 2 4 9.48 ≥0.46 −1.1749 123 271.68 — 9.11

124 270.02 — 11.07125 267.87 — 13.55126 265.78 — 15.91

50 123 276.60 — 3.52







124 276.10 — 4.17125 274.66 — 6.00126 273.62 — 7.28127 271.71 — 9.58128 269.97 — 11.62

51 123 277.57 — 2.58124 277.60 — 2.52125 277.38 — 2.81126 276.98 — 3.32127 276.11 — 4.46128 275.17 — 5.64

52 123 275.75 — 5.11124 276.93 — 3.55125 277.17 — 3.20126 277.70 — 2.46127 277.49 — 2.72128 277.44 — 2.78

53 123 271.60 — 10.13124 273.27 — 8.07125 274.75 — 6.21126 275.97 — 4.62127 276.69 — 3.65128 277.44 — 2.63

54 124 268.08 — 13.90125 269.91 — 11.74126 272.27 — 8.90127 273.65 — 7.17128 275.17 — 5.22

55 126 265.30 — 16.49127 267.57 — 13.86128 269.97 — 11.02

257 0.11 2 4 9.32 — −0.7249 124 268.91 — 12.07

125 269.39 — 11.49126 264.97 — 16.55127 264.73 — 16.80

50 124 276.78 — 2.85125 273.53 — 7.07126 274.55 — 5.75127 270.88 — 10.25128 271.31 — 9.72

51 124 275.74 — 4.61125 278.01 — 1.50126 275.29 — 5.16127 277.06 — 2.79128 273.78 — 7.04

52 124 276.87 — 3.22125 275.20 — 5.41126 277.99 — 1.64127 275.69 — 4.73128 277.97 — 1.63

53 124 270.79 — 10.74



125 274.52 — 6.13126 273.60 — 7.28127 276.81 — 3.09128 275.22 — 5.18

54 124 267.09 — 14.75125 267.38 — 14.39126 271.66 — 9.30127 271.19 — 9.85128 274.96 — 5.13

55 127 266.96 — 14.28128 267.03 — 14.16

258 0.64 2 4 9.55 — −1.4048 124 263.89 — 16.7749 124 271.77 — 8.32

125 269.98 — 10.48126 268.19 — 12.57127 265.62 — 15.52

50 124 277.07 — 2.02125 275.91 — 3.60126 275.12 — 4.64127 273.51 — 6.69128 272.18 — 8.33129 270.07 — 10.85

51 124 277.68 — 1.54125 277.85 — 1.29126 277.62 — 1.60127 277.06 — 2.37128 276.43 — 3.22129 275.26 — 4.75

52 124 276.41 — 3.43125 276.85 — 2.82126 277.71 — 1.59127 277.67 — 1.63128 277.87 — 1.33129 277.45 — 1.90

53 124 271.70 — 9.32125 273.74 — 6.76126 275.06 — 5.04127 276.14 — 3.59128 277.03 — 2.35129 277.45 — 1.74

54 125 268.09 — 13.27126 270.84 — 9.97127 272.29 — 8.18128 274.19 — 5.74129 275.26 — 4.32

55 127 265.57 — 15.60128 268.12 — 12.59129 270.07 — 10.24

260 0.18 2 4 9.37 — −0.9248 125 263.81 — 16.3149 125 272.13 — 7.17







126 270.55 — 9.11127 268.34 — 11.77128 266.59 — 13.81

50 125 277.27 — 0.84126 276.71 — 1.65127 275.37 — 3.50128 274.29 — 4.94129 272.48 — 7.24130 270.94 — 9.14

51 125 278.49 — −0.59126 278.31 — −0.34127 278.15 — −0.10128 277.68 — 0.59129 276.83 — 1.81130 276.07 — 2.86

52 125 276.61 — 2.31126 277.81 — 0.55127 277.96 — 0.31128 278.49 — −0.51129 278.24 — −0.15130 278.08 — 0.08

53 125 270.46 — 10.16126 274.11 — 5.54127 275.74 — 3.34128 276.74 — 1.91129 277.51 — 0.79130 278.08 — −0.09

54 126 266.97 — 13.97127 271.07 — 9.00128 273.37 — 6.07129 274.51 — 4.56130 276.07 — 2.40

55 128 266.34 — 14.10129 268.68 — 11.29130 270.94 — 8.49

261 0.26 2 4 9.23 <0.56 −0.5248 126 263.42 — 16.4649 126 270.10 — 9.34

127 270.37 — 8.98128 266.35 — 13.80129 265.85 — 14.36

50 126 278.04 — −0.82127 274.83 — 3.83128 275.84 — 2.42129 272.22 — 7.23130 272.74 — 6.54

51 126 277.27 — 0.78127 279.26 — −2.40128 276.69 — 1.60129 278.34 — −0.91130 275.24 — 3.60



52 126 278.29 — −0.66127 276.67 — 1.76128 279.30 — −2.34129 277.14 — 1.04130 279.23 — −2.25

53 126 270.18 — 10.17127 275.82 — 2.82128 275.13 — 3.75129 278.14 — −0.65130 276.57 — 1.68

54 127 266.76 — 13.90128 273.25 — 5.86129 272.85 — 6.36130 276.33 — 1.60

55 129 268.55 — 11.13130 268.72 — 10.90

262 1.53 2 4 9.01 — 0.1223 54 177.98 — 18.4248 126 264.68 — 14.72

127 261.52 — 18.3649 126 273.03 — 5.26

127 271.18 — 7.64128 269.64 — 9.54129 266.87 — 12.87130 264.77 — 15.32

50 126 278.69 — −2.42127 277.43 — −0.36128 276.56 — 0.94129 275.04 — 3.12130 273.74 — 4.87131 271.78 — 7.39

51 126 279.15 — −2.75127 279.48 — −3.33128 279.06 — −2.62129 278.60 — −1.85130 278.00 — −0.89131 276.77 — 0.99

52 126 275.90 — 2.45127 278.41 — −1.36128 279.27 — −2.84129 279.21 — −2.75130 279.39 — −3.07131 278.99 — −2.40

53 126 268.67 — 11.69127 273.15 — 6.04128 276.47 — 1.44129 277.79 — −0.59130 278.47 — −1.70131 278.99 — −2.58

54 127 264.37 — 16.43128 270.20 — 9.40







129 273.99 — 4.48130 275.94 — 1.74131 276.77 — 0.49

55 129 264.80 — 15.31130 269.85 — 9.18131 271.78 — 6.70

263 1.43 2 4 8.83 — 0.6723 55 178.10 — 18.3348 127 261.74 — 17.8349 127 273.07 — 4.81

128 269.41 — 9.51129 269.12 — 9.84130 264.75 — 15.07131 263.85 — 16.09

50 127 277.04 — −0.24128 278.11 — −1.99129 274.72 — 3.16130 275.51 — 2.01131 271.74 — 7.10

51 127 280.32 — −5.66128 278.24 — −1.74129 279.94 — −4.88130 277.23 — −0.16131 278.49 — −2.22

52 127 274.98 — 3.32128 279.97 — −4.75129 278.14 — −1.47130 280.42 — −5.72131 278.10 — −1.44

53 127 270.60 — 8.96128 272.76 — 6.16129 278.09 — −1.57130 277.08 — 0.02131 279.84 — −4.75

54 128 266.76 — 13.28129 269.90 — 9.42130 276.03 — 1.15131 275.33 — 2.16

55 130 265.06 — 14.69131 271.87 — 6.22

106 258 −2.54 2 4 9.68 — −1.4050 124 282.59 — 1.68

125 278.86 — 6.63126 279.86 — 5.33127 275.60 — 10.56128 276.01 — 10.05

51 124 279.91 — 5.77125 281.74 — 3.36126 278.96 — 6.95127 280.17 — 5.39



128 276.91 — 9.42129 277.53 — 8.65

52 124 284.05 — 0.36125 282.08 — 3.14126 284.75 — −0.73127 282.11 — 3.07128 284.28 — −0.04129 281.10 — 4.37

53 124 276.71 — 9.96125 280.12 — 5.71126 279.02 — 7.09127 281.83 — 3.42128 280.07 — 5.71129 282.41 — 2.59

54 124 275.46 — 11.22125 275.55 — 11.09126 279.78 — 5.86127 278.94 — 6.92128 282.61 — 2.04129 281.10 — 4.07

55 127 273.66 — 12.82128 273.73 — 12.71129 277.53 — 8.13

259 −0.32 2 4 9.84 — −1.8649 125 272.52 — 13.23

126 269.94 — 16.1750 125 281.65 — 2.55

126 280.38 — 4.27127 278.75 — 6.36128 276.83 — 8.73129 274.70 — 11.26

51 125 281.96 — 2.64126 281.28 — 3.56127 280.67 — 4.35128 279.47 — 5.89129 278.33 — 7.32

52 125 283.95 — 0.01126 284.52 — −0.87127 284.37 — −0.66128 284.21 — −0.43129 283.69 — 0.34

53 125 279.59 — 6.01126 280.59 — 4.69127 281.49 — 3.47128 281.99 — 2.77129 282.24 — 2.40

54 125 276.39 — 9.75126 278.93 — 6.57127 280.33 — 4.74128 281.87 — 2.64129 282.85 — 1.24







55 126 270.11 — 16.66127 272.76 — 13.56128 274.75 — 11.19129 276.69 — 8.81

56 128 269.60 — 16.53129 272.12 — 13.59

260 −2.44 2 4 9.93 −2.07 −2.1249 125 273.74 — 11.4950 125 280.35 — 3.91

126 281.57 — 2.22127 277.67 — 7.37128 278.38 — 6.45129 273.92 — 11.87130 274.12 — 11.62

51 125 282.45 — 1.51126 279.90 — 5.00127 281.38 — 2.98128 278.37 — 6.93129 279.29 — 5.74130 275.90 — 9.94

52 125 282.06 — 2.31126 284.79 — −1.83127 282.54 — 1.60128 284.87 — −1.99129 282.02 — 2.30130 283.83 — −0.38

53 125 279.23 — 6.11126 278.46 — 7.07127 281.46 — 3.09128 280.05 — 4.99129 282.55 — 1.53130 280.47 — 4.39

54 126 278.17 — 7.18127 277.88 — 7.52128 281.67 — 2.50129 280.51 — 4.07130 283.83 — −0.72

55 127 271.80 — 14.39128 272.26 — 13.83129 276.12 — 9.18130 275.90 — 9.43

56 130 274.12 — 10.88261 −0.64 2 4 9.81 — −1.81

49 126 272.71 — 12.38127 270.47 — 14.97

50 126 282.12 — 0.99127 280.70 — 2.99128 279.13 — 5.09129 277.31 — 7.42130 275.18 — 10.03

51 126 282.23 — 1.37127 281.84 — 1.90



128 280.93 — 3.18129 280.03 — 4.38130 278.70 — 6.11

52 126 284.75 — −2.30127 284.65 — −2.16128 284.88 — −2.56129 284.53 — −1.97130 284.01 — −1.15

53 126 279.94 — 4.77127 281.18 — 3.07128 281.86 — 2.09129 282.45 — 1.23130 282.62 — 0.96

54 126 275.24 — 10.47127 278.96 — 5.77128 281.06 — 2.93129 282.15 — 1.36130 283.33 — −0.44

55 128 273.13 — 12.50129 275.46 — 9.65130 277.16 — 7.51

56 129 269.93 — 15.56130 272.90 — 12.03

263 −0.10 2 4 9.40 — −0.6949 127 273.22 — 11.12

128 271.23 — 13.48129 268.43 — 16.72

50 127 282.61 — −0.74128 281.40 — 1.10129 279.79 — 3.39130 278.01 — 5.77131 276.04 — 8.28

51 127 283.26 — −1.21128 282.41 — 0.14129 281.73 — 1.14130 280.68 — 2.65131 279.39 — 4.41

52 127 284.92 — −3.80128 285.64 — −5.24129 285.34 — −4.64130 285.21 — −4.40131 284.70 — −3.45

53 127 278.70 — 5.63128 281.74 — 1.38129 282.66 — −0.03130 283.02 — −0.61131 283.36 — −1.17

54 127 272.95 — 12.57128 277.90 — 6.39129 281.31 — 1.69130 283.05 — −0.99131 283.84 — −2.30







55 129 271.72 — 13.54130 276.07 — 8.19131 278.00 — 5.68

56 130 268.45 — 16.69131 273.52 — 10.61

265 1.00 2 4 9.05 ≤1.51 0.3324 57 186.92 — 17.99

58 187.17 — 17.9249 128 274.26 — 9.17

129 271.77 — 12.20130 269.43 — 14.97

50 128 283.83 — −4.04129 282.29 — −1.29130 280.87 — 0.94131 279.11 — 3.47132 276.95 — 6.38

51 128 283.93 — −3.52129 283.74 — −3.18130 282.75 — −1.46131 281.69 — 0.23132 280.57 — 1.89

52 128 284.14 — −3.5853 128 277.01 — 7.07

129 280.77 — 1.88130 283.49 — −2.46131 284.16 — −3.69132 284.35 — −4.07

54 128 272.19 — 12.85129 275.89 — 8.24130 280.48 — 1.99131 283.59 — −2.99132 285.01 — −5.82

55 130 269.38 — 15.70131 274.84 — 9.03132 278.89 — 3.66

56 132 272.18 — 11.59266 1.32 2 4 8.77 — 1.19

24 58 187.27 — 17.6448 128 268.44 — 14.9749 128 274.47 — 8.56

129 273.69 — 9.53130 269.60 — 14.47131 268.46 — 15.80

50 129 281.94 — −1.22130 282.72 — −2.59131 278.83 — 3.47132 279.16 — 2.98133 272.11 — 12.09

51 128 281.08 — 0.74130 282.32 — −1.26131 283.19 — −2.79



132 280.20 — 2.00133 280.62 — 1.36

52 128 282.69 — −1.57129 282.96 — −2.05133 284.19 — −4.38

53 128 273.62 — 11.02129 278.58 — 4.57130 280.01 — 2.54131 284.81 — −5.69132 283.23 — −2.59

54 128 269.37 — 15.92129 271.84 — 12.95130 277.88 — 5.23131 279.83 — 2.49133 284.19 — −4.79

55 131 271.35 — 13.02132 274.75 — 8.78133 280.62 — 0.69

56 132 268.66 — 15.54133 272.11 — 11.34

107 261 −1.93 2 4 10.57 — −3.4149 126 275.90 — 14.6350 126 286.14 — 2.78

127 282.21 — 7.90128 282.13 — 7.98129 277.82 — 13.12130 277.44 — 13.55

51 126 287.72 — 1.18127 289.12 — −0.98128 285.63 — 4.07129 286.53 — 2.83130 282.55 — 8.00

52 126 291.12 — −3.94127 288.65 — 0.18128 290.53 — −2.89129 287.63 — 1.65130 288.88 — −0.22

53 126 287.81 — 1.55127 290.57 — −2.81128 288.85 — −0.03129 291.24 — −4.07130 288.81 — 0.00

54 126 286.42 — 3.35127 285.73 — 4.27128 289.20 — −0.74129 287.86 — 1.26130 290.79 — −3.43

55 127 282.10 — 8.56128 282.35 — 8.23129 286.17 — 3.22







130 285.57 — 4.0256 128 277.83 — 13.10

129 278.25 — 12.58130 282.75 — 7.06

262 −0.99 2 4 10.22 — −2.5649 126 278.89 — 10.82

127 276.20 — 13.9750 126 286.62 — 1.65

127 284.74 — 4.25128 283.16 — 6.32129 280.54 — 9.57130 278.56 — 11.93131 275.70 — 15.23

51 126 289.87 — −2.78127 289.14 — −1.55128 288.14 — 0.03129 286.76 — 2.05130 285.41 — 3.91131 283.29 — 6.68

52 126 290.99 — −4.36127 290.46 — −3.35128 290.47 — −3.39129 289.66 — −1.99130 289.09 — −1.07131 287.85 — 0.82

53 126 288.92 — −0.61127 290.00 — −2.40128 290.45 — −3.20129 290.73 — −3.74130 290.79 — −3.87131 290.44 — −3.24

54 126 283.25 — 7.15127 286.69 — 2.53128 288.39 — 0.02129 289.16 — −1.21130 290.16 — −2.92131 290.44 — −3.43

55 127 278.65 — 12.41128 282.91 — 7.16129 285.04 — 4.35130 286.69 — 2.03131 287.85 — 0.31

56 129 278.61 — 11.83130 281.57 — 8.18131 283.29 — 5.96

57 131 275.70 — 14.42264 −0.36 2 4 9.98 — −1.96

49 127 279.08 — 9.90128 277.05 — 12.33129 273.80 — 16.11

50 127 286.83 — 0.38



128 285.55 — 2.26129 283.48 — 5.11130 281.68 — 7.43131 278.91 — 10.83132 276.54 — 13.63

51 128 289.69 — −3.70129 288.67 — −1.88130 287.54 — −0.06131 285.77 — 2.56132 284.35 — 4.49

52 129 290.78 — −5.38130 290.44 — −4.67131 289.48 — −2.85132 288.56 — −1.30

53 127 287.56 — 0.50128 290.36 — −4.30129 291.13 — −5.96

54 127 281.02 — 9.22128 285.55 — 3.25129 288.68 — −1.49130 290.02 — −3.88131 290.48 — −4.81

55 128 276.54 — 14.26129 281.52 — 8.17130 285.49 — 2.86131 287.21 — 0.32132 288.56 — −1.85

56 130 277.47 — 12.54131 281.84 — 7.09132 284.35 — 3.73

57 132 276.54 — 12.79

108 264 −3.07 2 4 10.59 −4.00 −3.1850 127 289.02 — 4.75

128 289.45 — 4.15129 284.87 — 9.98130 284.60 — 10.30

51 127 293.45 — −0.91128 290.24 — 3.83129 290.89 — 2.90130 287.25 — 7.72131 286.96 — 8.06132 283.06 — 12.76

52 127 295.63 — −4.13129 294.47 — −2.04130 295.92 — −4.77131 292.38 — 1.24132 293.26 — −0.11

53 127 295.15 — −2.89128 293.70 — −0.46129 295.70 — −3.95







130 293.44 — −0.09131 295.13 — −2.92132 292.47 — 1.34

54 127 290.31 — 4.45128 295.89 — −4.34129 294.74 — −2.23131 295.67 — −3.96

55 128 285.04 — 10.90129 290.90 — 3.33130 290.46 — 3.91131 293.55 — −0.64132 292.47 — 1.00

56 129 282.51 — 13.44130 289.28 — 4.98131 289.26 — 4.98132 293.26 — −0.82

57 131 282.30 — 12.95132 283.06 — 12.02

265 −3.05 2 4 10.44 −2.74 −2.8250 128 290.34 — 2.48

129 288.23 — 5.36130 285.98 — 8.25131 283.23 — 11.59

51 128 292.84 — −0.47129 291.75 — 1.20130 290.15 — 3.49131 288.36 — 5.88132 286.15 — 8.68

52 131 295.27 — −4.16132 293.87 — −1.63

53 128 295.39 — −4.01129 295.95 — −5.17130 295.62 — −4.49131 295.44 — −4.15132 294.88 — −3.10

54 128 293.34 — −0.45129 296.22 — −5.80

55 128 283.53 — 12.39129 288.10 — 6.68130 291.79 — 1.58131 293.11 — −0.46132 294.14 — −2.17

56 130 286.20 — 8.59131 290.19 — 3.29132 292.50 — −0.14

57 132 283.79 — 10.81267 −1.58 2 4 10.12 — −2.03

26 60 206.62 — 15.3749 129 278.87 — 15.2650 129 290.95 — 0.60

130 288.90 — 3.61131 286.64 — 6.64



132 284.00 — 9.9651 129 293.90 — −3.51

130 292.27 — −0.64131 290.79 — 1.65132 289.13 — 4.02133 286.95 — 6.92

52 133 294.66 — −4.3553 129 294.15 — −2.9354 129 291.57 — 1.30

130 295.01 — −4.6755 129 282.55 — 12.90

130 286.15 — 8.43131 290.31 — 2.81132 293.70 — −2.55133 294.77 — −4.62

56 131 283.86 — 10.79132 289.02 — 4.06133 292.71 — −1.54

57 133 282.09 — 12.19269 0.95 2 4 9.74 — −1.04

26 60 203.97 — 17.6161 205.61 — 16.1462 206.30 — 15.6063 204.51 — 17.53

28 66 216.24 — 17.0267 216.03 — 17.3668 216.10 — 17.42

49 130 279.76 — 13.58131 276.29 — 17.64

50 130 292.13 — −2.47131 289.89 — 1.24132 287.45 — 4.75133 282.40 — 11.24

51 131 293.48 — −4.02132 291.78 — −0.92133 289.91 — 2.01134 285.60 — 7.91

53 130 292.57 — −1.3154 130 290.46 — 2.00

131 293.47 — −2.9555 130 280.67 — 14.51

131 285.29 — 8.79132 288.59 — 4.37133 292.51 — −1.63

56 131 277.55 — 17.72132 282.93 — 11.24133 286.91 — 6.10134 291.71 — −0.99

57 134 279.88 — 14.20

109 266 −3.10 2 4 11.49 −2.47 −4.964 8 21.61 — 13.32







36 86 260.69 — 13.5538 90 267.82 — 13.3940 96 273.73 — 13.7150 128 294.96 — 2.91

129 292.32 — 6.47130 290.11 — 9.26131 286.79 — 13.23

51 129 299.02 — −2.46130 297.38 — 0.25131 295.14 — 3.52132 292.95 — 6.44133 289.84 — 10.32

52 131 300.36 — −4.17132 298.94 — −1.58133 296.78 — 1.79

54 128 301.24 — −5.2555 128 294.54 — 5.34

129 298.37 — −0.2156 129 290.06 — 10.65

130 295.26 — 3.91131 298.97 — −1.72132 300.88 — −5.35

57 131 290.05 — 10.02132 294.62 — 4.07133 296.78 — 0.95

58 133 289.84 — 9.39268 −1.16 2 4 10.70 — −3.18

4 8 20.58 — 15.7426 60 209.60 — 15.0327 61 214.67 — 15.73

63 214.93 — 15.7628 64 220.77 — 15.48

66 221.34 — 15.1735 85 254.29 — 15.8336 86 259.01 — 14.80

87 258.46 — 15.4537 88 261.71 — 15.7738 90 265.60 — 15.23

91 265.34 — 15.5692 265.58 — 15.36

39 94 268.61 — 15.5040 95 271.23 — 15.83

96 272.13 — 14.8897 271.48 — 15.64

49 129 284.33 — 14.5250 129 294.77 — 2.27

130 292.69 — 5.17131 289.90 — 8.78132 287.30 — 11.95

51 130 299.28 — −4.32131 297.23 — −0.57



132 295.53 — 2.04133 292.90 — 5.70134 288.06 — 11.78

52 133 298.93 — −2.76134 296.95 — 0.54

54 129 298.71 — −1.7055 129 292.46 — 7.27

130 296.33 — 1.90131 299.75 — −3.84

56 130 288.88 — 11.39131 292.50 — 6.79132 297.25 — 0.00

57 132 287.46 — 12.48133 292.47 — 6.13134 296.95 — −0.35

58 134 288.06 — 10.86

110 267 −5.52 2 4 11.78 — −5.2850 129 296.76 — 7.11

130 293.85 — 10.7251 129 301.85 — 1.10

130 299.68 — 4.20131 297.48 — 7.11132 294.72 — 10.52

52 132 303.93 — −1.40133 301.79 — 1.94

53 133 305.21 — −3.0555 129 304.48 — −1.4256 129 299.28 — 5.93

130 303.74 — −0.5457 131 297.32 — 7.92

132 301.61 — 2.08133 303.37 — −0.64

58 132 294.37 — 10.84133 298.88 — 5.05

269 −3.77 2 4 11.68 −3.77 −5.104 8 22.02 — 12.92

28 64 226.08 — 13.0436 86 264.83 — 12.4538 90 271.61 — 12.8540 95 277.81 — 13.00

96 278.20 — 12.6050 130 297.49 — 5.34

131 294.63 — 9.02132 291.33 — 13.02

51 130 302.42 — −0.89131 300.36 — 2.33132 298.12 — 5.45133 295.53 — 8.80

52 133 304.66 — −4.06134 302.23 — 0.25







55 130 302.81 — 0.2156 130 298.12 — 6.63

131 302.01 — 1.1257 132 295.43 — 9.53

133 300.03 — 3.41134 304.23 — −3.34

58 133 292.01 — 12.99134 297.77 — 5.69

271 −1.22 2 4 10.90 — −3.384 8 20.92 — 15.46

28 63 223.34 — 15.1864 225.63 — 13.0565 224.99 — 13.8166 225.88 — 13.0467 224.94 — 14.1068 224.36 — 14.80

36 86 262.72 — 14.1687 262.49 — 14.4888 262.13 — 14.93

38 90 269.43 — 14.6691 269.50 — 14.6392 269.42 — 14.7793 268.60 — 15.72

40 95 275.22 — 15.2696 276.22 — 14.2197 275.97 — 14.5298 274.91 — 15.74

50 131 297.94 — 3.85132 294.73 — 8.14133 289.08 — 15.02

51 131 302.79 — −2.77132 300.62 — 0.94133 298.17 — 4.53134 293.28 — 10.86

52 135 300.40 — 2.0655 131 301.19 — 1.69

132 303.94 — −2.9456 131 295.76 — 8.89

132 300.16 — 2.89133 303.75 — −2.98

57 133 293.70 — 10.96134 297.81 — 5.61135 302.23 — −1.00

58 134 290.37 — 14.29135 295.12 — 8.37

273 −3.75 2 4 11.67 — −5.1428 65 225.91 — 12.47

66 227.52 — 10.9667 226.56 — 12.0368 226.29 — 12.42

50 132 299.84 — −0.05



133 294.47 — 7.7051 133 302.68 — −3.98

134 297.86 — 4.07135 291.87 — 11.89

52 136 299.34 — 2.6755 132 300.66 — 1.50

133 304.15 — −4.8256 132 295.79 — 8.08

133 299.58 — 2.80134 303.62 — −4.11

57 134 293.10 — 10.98135 297.98 — 4.51136 301.54 — −0.98

58 136 295.08 — 7.64

111 272 −2.82 2 4 11.23 ≥−2.82 −3.854 8 21.83 — 13.90

28 64 228.94 — 12.5965 228.15 — 13.4966 229.03 — 12.7367 227.78 — 14.10

29 66 233.01 — 14.1367 234.04 — 13.2268 233.62 — 13.7569 233.50 — 13.98

35 85 262.79 — 13.7536 86 268.16 — 12.20

87 267.49 — 12.9988 266.88 — 13.71

37 87 270.94 — 13.2288 271.27 — 12.9289 271.04 — 13.2490 270.56 — 13.81

38 88 273.72 — 14.0389 274.46 — 13.2790 275.33 — 12.3691 275.04 — 12.7492 274.77 — 13.09

39 92 277.56 — 13.5993 277.66 — 13.5494 277.76 — 13.48

40 94 280.57 — 13.7495 281.01 — 13.2996 281.79 — 12.4597 281.08 — 13.29

41 97 283.27 — 14.0398 283.44 — 13.88

42 100 286.53 — 13.45102 286.32 — 13.75

50 131 300.82 — 6.61132 298.01 — 10.20







51 132 307.16 — −1.67133 303.96 — 3.40134 299.01 — 9.96

52 134 308.50 — −3.01135 303.99 — 4.24136 298.75 — 11.04

53 136 308.96 — −3.0656 131 304.13 — 5.03



132 308.46 — −1.6457 132 299.69 — 10.44

133 303.94 — 4.84134 308.32 — −1.96

58 134 300.00 — 9.39135 304.09 — 3.90136 308.96 — −4.13

59 136 298.75 — 10.07


Documents

HALF-LIVES FOR PROTON EMISSION, ALPHA DECAY, CLUSTER RADIOACTIVITY, AND COLD FISSION PROCESSES CALCULATED IN A UNIFIED THEORETICAL FRAMEWORK