Embed Size (px)
Citation preview
96.62
93.67
92.44
92.75
91.35
94.05
93.29
92.20
94.16
93.07
92.85
94.79
91.51
91.02
89.62
91.43
91.24
91.24
91.10
91.12
91.04
91.21
91.28
90.89
90.83
90.73
90.65
90.61
90.80
91.20
90.88
91.04
90.90
90.90
90.14
89.84
90.06
89.95
89.85
90.04
90.23
90.76
90.40
90.53
90.72
90.88
90.51
90.41
90.05
89.94
89.99
89.95
90.10
90.19
90.45
90.45
90.50
90.59
90.50
90.45
90.56
90.57
89.86
89.81
90.11
89.82
89.66
89.66
89.92
90.12
89.96
90.87
90.25
91.03
91.26
91.34
90.81
90.61
91.13
91.25
91.37
91.45
91.09
90.92
90.74
90.80
90.83
90.72
90.52
90.68
90.75
90.80
90.99
91.05
90.94
90.89
90.72
90.79
90.67
90.74
90.65
90.72
90.38
89.99
89.77
89.77
89.72 89.98
90.11
90.34
90.47
90.51
90.59
90.77
90.73
90.75
90.88
90.93
90.88
90.91
90.64
90.56
90.56
90.56
90.61
90.53
90.57
90.60
90.50
90.55
90.53
90.61
90.62
90.62
90.78
91.02
90.77
90.70
90.55
90.51
90.66
90.47
90.84
90.56 90.52
90.56
90.51
90.53
90.47
89.45
88.40
88.10
88.30
89.00
88.40
87.90
S=???
D=90.35
Aus
SE(ROst5)=89.65
t=1.15
S=89.75
D=91.01
R_Ost_5
SE(ROst10)=89.80
SE(West10)=89.80
SA(ROst5)=89.75
t=1.27
S=89.83
D=91.05
R_Ost_10
SE(ROst15)=89.83
SA(ROst10)=89.83
t=1.22
S=90.16
D=91.38
R_Ost_15
SE(ROst20)=90.16
SA(ROst15)=90.16
t=1.21
S=90.27
D=91.53
R_Ost_20
SE(ROst25)=90.27
SE(R_Ost30)=90.27
SA(ROst20)=90.27
t=1.26
S=90.44
D=91.51
R_Ost_25
SA(ROst25)=90.44
t=1.07
S=89.83
D=91.04
R_West_10
SE(West15)=89.83
SA(West10)=89.83
t=1.21
S=90.22
D=91.35
R_West_15
SA(West15)=90.22
t=1.13
S=90.46
D=91.73
R_Ost_30
SA(R_Ost30)=90.46
t=1.26
S=88.33
D=90.10
S_West_5
SE(SWest8)=88.33
SA(SWest5)=88.33
t=1.78
S=88.53
D=90.81
S_West_8
SE(SWest12)=88.53
SA(SWest8)=88.53
t=2.28
S=89.00
D=91.32
S_West_12
SE(SWest10)=89.00
SA(SWest15)=89.00
t=2.32
S=89.29
D=91.06
S_West_10
SE(SOst10)=89.29
SA(SWest10)=89.29
t=1.77
S=88.75
D=91.29
S_West_15
SE(SWest15)=88.75
SE(SWest20)=89.28
SA(SWest12)=88.75
t=2.54
S=89.35
D=91.34
S_West_20
SE(SOst22)=89.35
SA(SWest20)=89.35
t=1.98
S=89.65
D=91.57
S_Ost_22
SE(SOst25)=89.74
SE(SOst20)=89.74
SA(SOst22)=89.65
t=1.91
S=89.95
D=91.49
S_Ost_25
SA(SOst25)=89.95
t=1.54
S=89.82
D=91.41
S_Ost_20
SE(SOst15)=89.82
SA(SOst20)=89.82
t=1.58
S=89.89
D=91.34
S_Ost_15
SA(SOst15)=89.89
t=1.45
S=89.40
D=91.09
S_Ost_10
SE(SOst11)=89.40
SA(SOst10)=89.40
t=1.69
S=89.65
D=91.31
S_Ost_11
SA(SOst11)=89.65
t=1.65
89.66
88.45
90.94
90.95
91.00
90.74
90.71
90.21
90.20
90.18
91.04
90.10
S=90.10
D=91.14
4066R
SE(H23)=90.10
SA(H24)=90.10
S=88.40
D=90.10
4070R
SA(H27)=88.40
S=88.22
D=90.07
4071R
SE(H27)=88.22
SA(H28)=88.22
S=88.10
D=90.09
4072R
SE(H28)=88.10
SA(H29)=88.10
S=87.76
D=88.70
4074R
SE(H29)=87.76
S=88.75
D=89.88
Tim_RW1
SA(H33)=88.75
t=1.13
90.82
90.80
90.78
90.70
90.77
90.82
90.88
90.81
90.90
90.95
91.03
90.95
91.07
91.01
90.93
91.00
90.96
90.88
90.90
90.86
90.74
90.77
90.79
90.81
90.81
90.92
90.99
90.98
90.82
90.71
90.60
90.58
90.64
90.68
90.69
90.77
90.63
90.55
90.47
90.40
90.44
90.47
90.46
90.60
90.50
90.49
90.50
90.54
90.54
90.62
90.67
90.63
90.72
90.72
90.73
90.69
90.69
90.68
90.75
90.76
90.65
90.58
90.47
90.38
90.24
90.06
89.87
89.82
89.78
89.86
89.81
89.88
89.83
90.10
89.9989.89
90.04
90.09
90.21
90.01
89.92
90.08
89.59
90.06
89.95
90.01
89.95
89.88
90.04
90.08
90.10
90.12
90.19
90.28
90.08
89.96
89.98
90.05
89.96
90.72
89.99
89.93
90.29
90.18
90.22
90.09
90.22
90.24
90.08
90.05
Winkelstütze
W
i
n
k
e
l
s
t
ü
t
z
e
o
p
t
i
o
n
a
l
e
W
i
n
k
e
l
s
t
ü
t
z
e
W
i
n
k
e
l
s
t
ü
t
z
e
A
n
s
c
h
l
u
ß
a
n
v
o
r
h
a
n
d
e
n
e
n
A
u
s
b
a
u
Ram
pe
B
B
A
A
C
C
S
i
t
z
g
r
u
p
p
e
P
P
P
P
P
P
P
P
P
P
P
P
P
3
,
0
%
3
,
0
%
3
,
0
%
3
,
0
%
3,0%
3,0%
3
,
0
%
3
,
0
%
P
P
R=
6
R
=
6
v
o
r
h
.
R
a
n
d
m
a
r
k
i
e
r
u
n
g
v
o
r
h
.
R
a
n
d
m
a
r
k
i
e
r
u
n
g
v
o
r
h
.
B
a
u
m
e
n
t
f
ä
l
l
t
A
u
f
s
t
e
l
l
u
n
g
m
i
t
E
n
d
a
u
s
b
a
u
B
e
d
a
r
f
s
s
t
r
e
i
f
e
n
S=90.12
D=91.62
HA2
S=90.07
D=91.57
HA1
S=90.06
D=91.61
HA3
S=89.91
D=91.61
HA5
S=90.07
D=91.77
HA4
F
I
I
F
.
Sommerkamp
I
S
2
0
1
6
2
0
23
D
a
r
u
p
e
r
S
t
r
a
ß
e
19
21
2
3
(
1
)
(
1
)
(
1
)
(1)
(
1
)
(
1
)
(1)
(1)
(
1
)
(1)
627
630
333
312
629
335
626
501
577
28/2
334
628
330
S=90.03
D=91.73
HA12
S=90.00
D=91.70
HA11
S=89.84
D=91.54
HA32
S=89.88
D=91.58
HA30
S=89.76
D=91.46
HA28
S=89.69
D=91.39
HA26
S=89.61
D=91.31
HA24
S=89.77
D=91.47
HA33
S=89.84
D=91.54
HA31
S=89.76
D=91.46
HA29
S=89.68
D=91.38
HA27
S=89.59
D=91.29
HA25
S=89.52
D=91.22
HA23
S=89.73
D=91.23
HA22
S=89.64
D=91.14
HA21
S=89.89
D=91.39
HA17
S=90.03
D=91.53
HA8
S=89.67
D=91.37
HA16
S=89.89
D=91.39
HA15
S=90.07
D=91.77
HA14
S=90.15
D=91.85
HA13
S=89.76
D=91.19
HA19
S=89.87
D=91.37
HA6
S=89.87
D=91.37
HA7
S=90.00
D=91.45
HA9
S=90.12
D=91.62
HA10
S=89.70
D=91.20
HA18
S=89.68
D=91.11
HA20
KS
KS
W
K
W
K
W
K
W
K
W
K
1
.
5
c
m
h
ö
h
e
r
W
K
1
.
5
c
m
h
ö
h
e
r
W
K
W
K
W
K
W
K
W
K
WK
WK
WK
WK
WK
WK
W
K
W
K
W
K
W
K
W
K
W
K
W
K
W
K
D
D
Fuß
weg
F
u
ß
w
e
g
Wirtschaftsw
eg
Wurzelschutz
ca. 8.00 m
Wurzelschutz
ca. 8.00 m
Wurzelschutz
ca. 8.00 m
Wurzelschutz
ca. 8.00 m
Wurzelschutz
ca. 8.00 m
Poller
91.10
91.18
91.27
91.34
91.32
91.62
91.46
91.20
91.26
91.15
1
2b
2a
2a
2a
2a
2a
2a
2a
2a
2b
2b
2b
2b
2b
2b
2b
2b
2b
2b
2b
2b
2c
2c
2c
2c
2c
2c
2c
2c
3
3
3
3
3
3
3
3
3
3
3
3
4
4
2a
89.88
91.00
91.12
90.00
91.26
DN
500
B
2.9‰
32.37 m
DN
300
B
2.8
‰
12.9
6 m
D
N
3
0
0
B
4
.
0
‰
8
3
.
1
2
m
D
N
3
0
0
B
4
.
0
‰
2
7
.
5
5
m
D
N
3
0
0
B
4
.
0
‰
4
1
.
6
5
m
DN
300
B
3.5
‰
10.5
2 m
DN
300
B
4.0‰
97.81 m
D
N
2
5
0
S
t
z
5
.
0
‰
7
8
.
6
0
m
DN
250
Stz
10.0
‰
20.3
4 m
DN
250
Stz
10.0
‰
21.8
8 m
DN
250
Stz
4.9‰
58.91 m
DN
250
Stz
5.0‰
50.34 m
D
N
2
5
0
S
t
z
5
.
0
‰
1
3
.
4
4
m
D
N
2
5
0
S
t
z
5
.
2
‰
4
0
.
4
8
m
D
N
2
5
0
S
t
z
3
.
0
‰
2
7
.
7
8
m
D
N
2
5
0
S
t
z
3
.
0
‰
2
2
.
2
3
m
DN
250
Stz
5.2
‰
21.7
8 m
D
N
2
5
0
S
t
z
5
.
0
‰
4
9
.
7
5
m
D
N
4
0
0
B
1
.
1
%
8
.
9
9
m
D
N
4
0
0
B
0
.
7
%
3
3
.
3
1
m
D
N
3
0
0
B
0
.
7
%
2
4
.
9
5
m
DN 300B
1.2%9.89 m
D
N
3
0
0
B
1
.
2
%
2
8
.
1
5
m
D
N
3
0
0
B
4
.
0
‰
4
7
.
9
9
m
D
N
3
0
0
B
9
.
4
‰
3
2
.
0
0
m
D
N
3
0
0
B
5
.
6
‰
9
.
0
0
m
D
N
2
5
0
S
t
z
5
.
0
‰
6
0
.
6
2
m
91.34
91.57
91.44
91.38
91.35
91.19
91.15
91.13
91.16
91.43
91.46
91.00
91.03
91.10
91.11
91.19
91.26
91.34
91.36
91.27
91.22
91.18
91.06
90.95
90.99
90.99
91.03
91.00
91.13
91.41
91.28
91.49
91.53
91.49
91.51
91.54
91.56
91.68
91.74
91.78
91.71
91.65
91.73
91.31
91.31
91.28
91.19
91.22
91.30
91.42
91.34
91.27
91.19
91.12
91.13
91.05
91.21
91.50
91.42
91.33
91.25
91.19
91.21
91.27
91.23
91.29
91.41
91.33
91.37
91.52
91.51
91.58
91.49
91.74
91.75
91.65
91.43
91.12
91.08
91.21
91.24
91.17
91.46
91.51
91.66
91.62
91.35
91.39
91.35
91.35
91.38
91.29
91.19
91.22
91.28
91.30
91.36
91.39
91.40
91.65
91.61
91.64
91.38
91.41
91.27
91.31
91.68
91.63
91.52
91.50
91.48
91.56
91.58
91.37
91.37
91.49
91.22
91.22
91.22
91.58
Schmutzwasserkanal
Regenwasserkanal
89.83
3%
89.83
89.83
PLANUNG
Zeichenerklärung
BESTAND
Datum Name
bearbeitet
gezeichnet
Entwurfsbearbeitung
geprüft :
Datum NameNr.
1
2
3
4
5
Art der Änderung
hem01.08.17
hem01.08.17Ingenieurbüro
KETTLER u. BLANKENAGEL GmbH
Ingenieurbüro für Strassenbau und Vermessung
Kesslerweg 52 - 48155 Münster
Tel. 0251/384997-0 Fax 0251/384997-99
Aufgestellt :
11.10.17 rioS_Ost_11 verschoben, HA neu angeordnet
![arXiv:0905.1518v2 [q-fin.ST] 24 Dec 2009 · Pink Floyd, Dark Side of the Moon PACS numbers: 89.65.Gh 89.75.Da 05.20.-y Contents I. Historical Introduction 1 II. Statistical Mechanics](https://img.pdfslide.net/doc/110x75/5f0bf68a7e708231d4331537/arxiv09051518v2-q-finst-24-dec-2009-pink-floyd-dark-side-of-the-moon-pacs.jpg)
![arXiv:physics/0601189v1 [physics.soc-ph] 24 Jan 2006 · sector analysis, stok c correlations, random time series. CS: A P 89.65.Gh 1 tro Induction During the past decade, y man ysicists](https://img.pdfslide.net/doc/110x75/5fa3f694b0d4d65a1d6bd902/arxivphysics0601189v1-24-jan-2006-sector-analysis-stok-c-correlations-random.jpg)
