H. von Hasenkamp: Untersuchungen über die Methode der Anemometerprüfung etc. 
Bl 
Rotationssinn: N-W-S-O. 
u 
T 
C 
t 
V 
c 
v' 
v—v' 
210 
405 
5 
361 
12.60 
49.86 
12.59 
+0.01 
280 
713 
7 
678 
9.54 
37.17 
9.54 
0.00 
B60 
1261 
9 
1230 
6.94 
26.34 
6.94 
0 00 
180 
1186 
4 
1122 
3.69 
12.83 
3.69 
0.00 
v' 
= 0.604 
+ 
0.2404 c, 
korrigirt 
um 
fiO/ 
b /0 
-V’) = 
= +0.01 
v" 
= 0.568 
+ 
0.2260 c. 
cp — 
: 30°. 
* 
Rotationssinn: N-O-S-W. 
u 
T 
C 
t 
V 
c 
V) 
V—v' 
300 
580 
7 
519 
12.57 
48.55 
12.56 
+0.01 
250 
641 
6 
605 
9.48 
35,70 
9.50 
—0.02 
390 
1341 
9 
1269 
7.07 
25.53 
7.07 
0.00 
200 
1342 
4 
1312 
3.62 
10.97 
3.60 
+0.02 
V' 
= 0.982 
+ 
0.2385 c, 
korrigirt 
um 
6% 
S(v— 
V) = 
= +0.01 
v” 
= 0.923 
+ 
0.2242 c. 
Rotationssinn: N-W-S-O. 
U 
T 
C 
t 
V 
c 
v' 
v—v' 
410 
792 
10 
750 
12.58 
48.00 
12.59 
—0.01 
380 
974 
9 
911 
9.48 
35.56 
9.50 
—0.02 
290 
1012 
7 
1003 
6.96 
25.12 
6.90 
+ 0.06 
180 
1309 
4 
1309 
3.34 
10.92 
3.37 
—0.03 
v' 
— 0.656 
+ 
0.2487 c, 
korrigirt 
um 
6% 
2'(v— 
-V) = 
= 0.00 
v" 
= 0.617 
+ 
0.2338 c. 
r = 
2.718 m. 
log 2m — 1.23243. 
cp = 
: 70°. 
Rotationssinn: N-O-S-W. 
U 
T 
c 
t 
V 
c 
v' 
v—v' 
530 
595 
9 
597 
15.21 
54.27 
15.21 
0.00 
480 
644 
8 
639 
12.73 
45.07 
12.73 
0.00 
440 
829 
7 
801 
9.06 
31.46 
9.05 
+0.01 
250 
629 
4 
623 
6.79 
23.11 
6.79 
0.00 
v' 
= 0.549 
+ 
0.2701 c, 
korrigirt 
um 
b /0 
S(v- 
-V) = 
= +0.01 
v" 
s=s 0.516 
+ 
0.2539 c. 
Rotationssinn: N-W-S-O. 
U 
T 
C 
t 
V 
c 
v' ■ 
v—v' 
540 
641 
10 
632 
14.39 
56.96 
14.40 
—0.01 
300 
401 
7 
399 
12.78 
50.20 
12.79 
—0.01 
320 
606 
6 
623 
9.02 
34.67 
9.02 
0.00 
320 
553 
4 
566 
6.79 
25.44 
6.78 
+0.01 
v' 
= 0.618 
+ 
0.2424 c, 
korrigirt 
um 
ß 0/ 
b /0 
2(y— 
V) = 
= —0.01 
v" 
= 0.581 
+ 
0.2278 c.