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https://ntrs.nasa.gov/search.jsp?R=19660007413 2018-07-16T18:44:18+00:00Z

I would like t o thank $he University of Arizona for

the upportunity to &o tkis work, the EationEal. Aeronwtics

and Space Administretior* for f l n m c i a l assisf;Lnoe: E!!,

Kenneth Burton €or cor;lputing the wf;se.?_mgthr; Tron t b e

Atomic Energy Levels %&Xes, ~ I Z particCLar2r Dr. S$rtnley

Bashkin ror his advice a d exk:-m.e pctience.

iii

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LllfsTOF!E!mUs . . . . . . . . . . . . . . . . . . . . . Y

LSS!l' OF XZDSEt! . ~ ~ ~ . * . . * . * . * . . ~ * * * . . . vi

ABSEIWP . . . . . . . . . . . . . . . . . . . . . . . . v i i

llamIamc3 . . . . . . . . . . . . . . . . . . . . . . 1

ExpmmzTm&wYsm . * I 0 s . 4

APPmDlx . . . . . . . . . . . . . . . . . . . . . . . . 34

fJ[FEoFltlimmEEs . . . . . . . . . . . . . . . . . . . 53.

Table

1,

2.

30

4,

5,

6 .

7 *

8.

90 10.

1 2 0

130

2.4,

15 =

l6*

17.

a.

Figure

1 . s c g Q d c L T x c o m I c A L ~ h . . . . . . . . . . . . . . 7

a . r n ~ S f f f F T . * . . . . . . . . . . . . . . . . . . . . . 9 3 . A L 1 - m . . . . . . . . . . . . . . . . . . . . . . i I. 4 . AGASCAllig INEI If . . . . . . . . . . . . . . . . . . . . . 3.4 5 . PLmE45 . . . . . . . . . . . . . . . . . . . . . . . . . 2.6 6 . -47 . . . . . . . . . . . . . . . . . . . . . . . . . 18 7 . - 6 3 . . . . . . . . . . . . . . . . . . . . . . . . . 20 8 . - 7 5 . . . . . . . . . . . . . . . . . . . . . . . . . 22

9 . mATB105 . . . . . . . . . . . . . . . . . . . . . . . . . . 24 10 . .10r.** . . . . . . . . . . . . . . . . . . . . . . 26

u ............................ 28

E= Puml22 . . . . . . . . . . . . . . . . . . . . . . . . . 3 2

13 . PLATE323 . . . . . . . . . . . . . . . . . . . . . . . . . 32

vi

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.

6

W c J a

A A 0 0

W

w a. u)

7

c N

J

8

cos eo = -1.1'2cs

9 I

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z a w

a m m

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i 5

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3

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0

A CASCADE IN N I I

FIG. 4

0

0

~

I I

0

0 + N 0 V

rn 2 z

% M cr!

O! 0

19 26 2L 22 23 24 25 26

18

OOGP

ooot7

O O W

c- =t

a3 In In

. Ln cu 0

A-

oc> r( \ ri

?

0

U n k n O ~ f

1 2 3 4 5 6 '7 8 9

3.0 ll 12 13 14 15 116 17 18 19 23 21 22 23 24 25 26 27 28 29 30

3a

5 PS er A 87 3454.0 3704.5 3729.3 3'139.0 3760, I 3776.8

3850.5 3895.6

3ss06.8 399.4 3934.3 3971.0 4062.5 lao71r.8 4~1.4 4 ~ 8 . 4 4145.1 4156.2 43.91.9

kn.7 4285.5 4295.6 4305.4 4349.7 4359*1 437917 44% 3 4416 . 5

3794 0

4436.1

Beam contained 0.

20

cu

m UI

W

+ a I - *+

0 cr,

I3 3

w 1 m d \ rl

1 2 3 4 5 6 7 8 9 10 ll 12 13 14

3392 *9 3M3.3 37&*4 3728.7 3738.4 3759.7 3772.3 394.6 3g41.1 W k . 6 3995-7 4004.2 w.9 4074-7

Beam contained Ii and 0.

0 XI or fI1:

0 3: or XI1

Q If or IIS

0 HI OF XI1

0 H or XI

22

.- f

cn Cr)

3 0

!-? CG I -. ,- . . r i

I;

1 2 3 4 5 6

3395 9 3705 5 3729.8 3739.4 3'63.0 4343.9

23

24

Ln

3 9)

+N Ei

+ 0 V

d TI E tn

3 !3

Bean contained C, 10, and 0

IhknfmlI

1 2 3 4 5 6 7

9 10 11 E? 13 lh 15 16 17 18 19 20 21 22 32

35 36 37

a

3

~r 1: A+ E z::: 3997-6 4005.1 M8.4 4043.2 4099.8 4w.9 kl25.2 4136.5 4148.5 4180.3 4200.6 4209.4 4229.3 4242.8 b9.4 4381.7 4405.1 4433.4 444709 4459.6 5W.l 5178.6 333-0 5537.2 56’70.1 5682 02

fB 01’ 0 w or 0

0 I or ZX

0 II 8 11

24

8

(u

r i

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n

+ 0 V

a3 (u

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cn b l-i

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26

0 ri

1 2 3 4 5 6 7 8 9 18 ll

5565.5 6016.4 6158.3 6166.4 6613.7 6640.3 6661.3 6708.8 6735.5 6750.1 6876.0

C G I C W C If XI or C E XI or C! QITiorC c 0 If or C C C 0 IP or c

Beam mntainedC, I, andC

28

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rl rl rl

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0

0

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DOCS

300s

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31

unknown

4340.5 D Y

652.8 D~ 4 1 . 3 D3

1 2

3

Bean ccmtalned D.

OOSS

0009

OOGS

0 0 0 s

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Beam contained De

ul

u3 a4

104*29+

7’90 52

48.84

l l J 0 0

3 8 0 7 6 4&67 61. S 77.74

135 . 47 14.82

752 848

35 I

Ul.2

h,

342a 81

3450.4 3453.9 3465.86 3475.6 3484.34 3490.58 3497.48

341C7.28

3521.26 3570.10 3581.20 3594.a

853.90 850.2 840.43 835 . 18 828.29 804.50 755.66 744.56 731.13 7l6-91 707-09 694.30 677.92

145 . Q 144.6 144.3 144.8 145.0 (doublet 3497.1~~ 3497.89) 144.a la. 5 144.5 144.2 144.5 1%. 3 144.3 1114.2 3647.84

3679.91 3687.46 369k 53 36992 3705.57 309.3

645.86 638.31 62.24

u2 620.20

u2' 605.84 3719.93

372507 u3 u3 * u4

3731.7 3735 -2 3737.13 3741.7 37u.05 3756-6 3758.23 3763.8 3767.19 3m.5 u6

u7 u7'

3789- 1 3798.0

3834.22 3@+L 05 3846.1 3859.91

491.55 484.72

u8 465.86

TABLE 11

h d Bisp.

3878.30 -28

ug 3591.2 la0 3902.3 lit1 391'7.9

3921.56 3529.u

rd.2 399-8 3969.6

4005. 4030.76 4045.81

b63.60

407L74

a 3 3970.5

la4 b57.7

ILL49 w . 4 a 5 4070.1 ul5' 4078.6 ul6 4u6.7 u17 4123.7

u18 4ib.4

u20 b1s7.2

4132.06

4143.87 ulg 4151.5

1120' 4195.5 4200.17 4217.55

u2i 4250.6 kSo.79 426s. 48 4271.77

u22 kp.8 u23 4280.6 u24 4290.7 u25 4300.7

u26 4344.7 ~ 2 6 ' 4353.7 @7 4364.3 @7q 4372.9 ~ 2 8 434.0

4375.93 m 3 - 55

U28O 4383s e9 4404.3

4404.75 u30 44u.3

4307.91 4325.77

k&. 19 396.66

356 51

295.28 279.96

262.17

254.13

193 071

181.90

108.22

17.86 0

50.16 57.78

78.38

38

ul. 3382.8

3440.81 3447.28

3465.86 3476.&

3485.34 3490.58 3497.50 3521.26 35700 10 35811.20 3594.64 3608.86 3618.77 3631. 46 3647.84

u2 3479.2

3679.91 3681.46 3694.53

u3 3760.1 3705 - 57

3’ 3707.4

u4 3724.3 u4’ 5732.3 u5 3734.0

3709.25 319.93

u5O 37k.O 3737 13 3746.05

t.6 3’755.0

6’ 3763.7

u7 3768.8

3758.23

3767.19

2186 20% 1815 1787 (148.3) 1729 1551

W7.04 1395 M3.4 (doublet 3440.61, 3440.93.) 200.56 1354 148.1

181.98 171.76

l62.50 157.26 150.34 126.58 no74 66.64 53.20 38.98 29-07 16-38 0

2-07 39.40 46.69

57-73

61.41 72-03

89.29 98*21

110.39

u9.35

731 7% 793 810 8a8

r45.x

(14.fL9) 144.7 w 3 . 9 ) 139.3 144.7 ( nk5 . 8) (16.8) (146.8) (146.7) 14.8 844.4 (146.6) 146.0 (146 -6) 147. 3 (146.6)

3.147.0 146.3 (doublet 3694.C&, 3695.051

(continued)

h

. us 3790.3.

3834.22

3859.91 38'18.3Q 3886.28 3899. 71 39e1.S 3929.11

u9 395.4 -0 3969.8

3969.26 3990.9

uJ2 3999-4 4005 -25 403.?5

ur3 4038.1 W5.81 4063.60

un4 W 9 . 8 4071.74

3825.88

3841 . 05

AI4 d Bisp.

178. o+ 186.33 193.21 232.07 230.46 238*4-4 251.87 273.74 281.27

321.42

423.90

lr23 1875

2736 284.4

0

0

ILL 3391.0 3392 -66 3413.13 3W.81 w. 52 3452.28 3465.E 3483.01 34so.ss 3560.57 3522.26 3580.10 3a.20 5584.64 360%.86 3618.77 %xi.& 3647.84

3722.56 u3 3724.4 u4 373308 us 3735.3

3749.49

3767.19

u5 3757.5

u5' 3768.6 3758.23

3825.88

41

h

3834.22 38rcl.05 3858.91 3878.25 3886.28 4m.91 435.09 b3;r5.%

4375.93 4383.55

uf3 4337.6 i i

!

43

u2

u3 U4

u5

u? u8 u9

uu)

OF EUl!E 105

ul8

4595.32

n33

45

3 5 u35'

46

u-3 ub

U?

6217.28 ~7.15 837 837 139.96 6266.49 67.94 1688 4% 139.22

954 1338 1688 1961 21'15 2%6 2664

a,

1335 1687 1963 2176

47 3%) 141.39 141.60 140.65

141.15 u5.89 140.09 140.45 140.33 140.27 140.10 140.07 139.97 u9-77 139.78 139.22 139.04

138 .85 138.50 138.3

b3:3

43

14'6% 1468.94

961.72 932.61 89.53

0 414.00 452.30 481.94

654.04 680-39

z:z 3333 3560

3337 3558

5852.49 5881.89 5944-83 5975.53 -9.99 60711.34 w.16 6143.06 6163.59

OF 123

I I -

:r' - A

c

2, Be~shkdn, S., Meinel, A. B., Astrophys. J. 413 (I*).

7. Grien, H, R., Phana Spectroscopy, Eew York: McGrtrw-Hill, 1s4.