48 Tabelle 15« Berechnung der Ow- und der Hü-Xomponente des xteststrcurus—)
windricht.
—
NNO
HO
CITO
0
OSO
30
SSO
~h~
1
-41.5
-59.5
-44.4
-53.8
-54.1
-50.2
-48.9
-41.1
2
-49-5
-55*5
-57.3
-54.5
-55.9
-56.6
-47.4
-46.9
3
-53.6
-48.7
-62.1
-57.4
-62.1
-52.8
-50.6
-49.0
4
-59.2
-52.6
-57.1
—63.4
-57.2
-52.0
-48.7
-52.3
5
-49.7
-47.3
-48.4
-55.1
-54.5
-52.7
-53.5
-52.2
6
-47.6
-47.1
-37.1
-53.7
-50.2
-46.3
-45.2
-41.3
r 7
-31.9
-32.0
-34-0
-41.8
-42.6
-40.4
-29.6
-32.5
8
-17.4
-20.5
»18.9
-17.7
-21.3
-27.0
-14.4
-21.7
9
- 6.7
- 6.5
+ l.l
-14.7
- 4.2
-13.0
-10.6
+ 6.9
10
+16.9
+15.9
+10.9
+ 5.9
- 1.7
+ 4.6
+ 4*2
+20.7
11
+ 29.0
+15.3
+20.6
+ 9*0
+15.9
+21.5
+30.7
+25.5
12
+34*4
+32.1
+ 32.2
+19.2
+33.6
+34.1
+56.8
+43.5
13
+41-4
+39-1
+ 34*8
4-56*7
+39-8
+42.4
+49.2
+69.5
14
+49.7
+44.9
+49-2
4- 4 4*0
+40.2
+54.0
+56.8
+55.8
15
+54.7
4-48 • 5
+56.1
+52.1
+62.2
+53*8
+55.7
+61.6
16
+51.7
+49.5
+49*3
+45.6
+62.9
4-6 2*1
+60.3
+58.7
17
+42.8
+44.4
+41.5
+41.3
+43-7
+47.6
+51.3
+51.3
18
+43-7
+45.2
+32.1
+36.4
+ 34*7
+45.1
+39.3
+38.6
19
+26.5
+36.9
+25.8
+22.6
+21.0
+17.5
+30.0
+34.7
20
~h2 1*0
+ 9.3
+12.7
+16.7
+ 8.1
+ 5.0
+14.2
+17.6
21
- 0.9
+ 4.0
-14.4
-14.1
-12.0
-12.3
-1.8
+ 6.7
22
-10.3
-14.9
-20.0
-24.3
-14.3
-25.8
-12.4
-11.9
23
-27.2
-26.0
-35.3
-29.2
-33.9
-25.9
-20.4
-22.9
24
-33.6
-35.6
-40.3
-49.6
-45 • 2
-46.3
-33.8
-40.8
Reststrom
Q(B’)
- 0.7
- 2.5
- 4-3
- 8.4
- 6.1
- 4.7
+ 0.5
+ 3*3
(OMoap.)
Q(B^)!TS~X.
- 0.3
1
0
- 0.4
+ 0.0
+ 0.2
+ 0.8
CO
*
0
+
4* 1*4
Anz.d.Beob.
528
309
452
337
542
518
637
425
Tabelle 16. Abhängigkeit des Rest Stroms vom Wind aller Stärken.
für Winde aus _ 16_ Himmelsrichtungen ohne Mcksicht auf deren Starke. 49
ü
SSW
SW
WS w
w
WNW
Fw
NNW
-37.4
-27.2
-34.1
-28.8
-26.J
-35.1
-39.2
-41.4
-46.3
-41.8
-37.6
-41.9
-35.1
-40.7
-47.8
-52.1
-49.9
-43.5
-44.5
-45*7
-43.0
-48.6
-59.2
-50.8
-43.9
-41.9
-47.7
-41.6
-48.0
-45-4
-47.3
-44.5
-39.4
-40.8
-45 • 7
-40.4
-39.9
-45.8
-43.2
-53.1
-40.4
-40.2
-31.7
-38.8
-39.5
-35.3
-33.8
-45*6
-21.8
-17.5
-19.0
-19.7
-15.7
-19.1
-34.6
-27.7
- 7.4
- 6.6
+ 1.9
+ 6.7
- 1.2
- 3.3
-16.7
-I6.7
+ 5»5
+14.7
+ 18.6
+22.9
+ 6*8
+14.3
+ 7.0
4- 3.9
+21.9
+30.2
+30.1
4-31.3
+39.7
+23.O
+20.3
+ 6.8
+35.0
+41.3
+40.9
+43.0
+52.5
+46.O
+36.2
+21.2
+46.9
+58.0
453.2
+ 54.9
+53.3
+50.8
+42.6
+ 38.4
+56.4
+ 55-9
+6O.9
+ 60.9
4-58.7
4-57.9
4-57.1 ■
+50.3
+64.6
+64.O
+59.8
+ 70.5
+61.8
+63.9
+58.1
+ 53.6
+66.8
+63.3
+61.7
+64.3
+67.3
+61.1
+58.1
+55.3
+ 59.4
+59.8
+61.9
+61.1
+ 65*4
+65.6
+52.1
+51.4
+52.7
+53.5
+53.7
+52.1
+58.9
4-55-0
+53.7
+48.0
+48.8
+44 • 6
+40 * 4
+43-3
4-42.5
+40.4
+49.0
+ 30.1
+31.9
+40.8
+38.9
+37.7
4-33.1
+31.1
+31.4
+20.9
+19.0
+18.0
+22.9
+19.8
+27.0
+12.5
+25.4
+14.6
- 3-8
+14.0
+11.6
+ 9.0
+10.9
+11.1
+12.6
+ 2.2
-11.9
- 3.2
- 1.6
- 0.6
- 5.1
- 8.1
- 6.2
-15.8
-22.9
-15.1
-16.6
- 6.8
-19.2
-16.1
-22.2
-21.4
-19.1
-22.6
-20.4
-22.6
-23.3
-24.8
-24.I
-41.8
+ 6.9
+ 10.7
+11.1
+12.1
+11.7
+ 8.8
+ 5.4
- 0.3
+ 1.4
+ 0.9
+ 0.6
+ 0.5
+ 0.3
- 0.7
- 0.8
- 0.7
708
759
1115
65O
759
509
677
485
Tabelle 18.
^ Abhängigkeit des
Reststroms von schwachen
u. starken
Winden.
XOWr
■Komponente)
Y/inde der
Stärke 1-3
Winde
der Stärke
4 u. mehr.
Richtung
V E n>
P M
r r
P IVf
r r
a.Tab.10
lillW +
F
+ 1.1
- 2.1
- 2.1
- 3.1
0.73
NNO +'
HO
- 2.6
- 6.2
- 5-8
-1C.3
2.28
OHO +
0
- 4*6
- 6.7
-10.3
-11.5
1.91
OSO +
so
- 0.2
- 3.2
- 4.8
- 5.9
1.52
SSO +
s
4- 5-4
+ 2.1
+ 7.2
+ 3.1
1.76
SSW +
SW
4 9.4
+ 6.2
+12.1
+10.3
0.42
WSW +
w
+ 9-5
+ 6.7
+13.8
+11.5
0.76
WHW +
NW
+ 5.8
+ 3.2
+ 8.5
+ 5.9
O.65
+ 3*0
mittl,?ehl.
+ ¿-5
mittl.Rehl
. daraus ber.
eines <4 p (B")
eines Q r (R
"Omittl .Hehl.
El» +_ 1.2
m=+ 0.5
+ 1.5
*) Tabelle 17 auf S. 49a und 49b
