Brehmer: Genauigkeit und Wert von Kimmtiefenmessungen, 165 
N „Br. 
W-Le. 
22,30 | 
28,3° } 
‚9.50 | 
31.0° 
A100 
35.09 
12.20 | 374° 
786 | 
402° 
A409 | 4390 
nBo | 
46.5° 
100 | 4630 
{920 
44.90 
7.5° | 40,9° 
5.00 | 
39.00 
Temperatur 
Luft | Wasser 
4 
Auges- 
höhe 
m 
berechn. | beob. | 
Kimmtiefe 
Diff, 
Uhrzeit 
Datum 
x 
1908 
20.59 | 21.2° 
22,0 21.0 
21.8 21.0 
318 2190 
—0.7 
1.0 
Los 
-L0.8 
6.57 6.3" 
6.0 / 6.3 
3.5 5.4 
A4Q 49 
—02 
+03 
—0.1 
08 
| 4b 
4h 30 min 
N 
10.0 | 
80 
. DC 
23.0 
23.0 
22.5 
D0ß 
8 
22.1 
22,1 
29 1 
I 
112 
L 09 
4 
Fr 05 
12.0 | 
ao) 
8.0 
Yo SF 
5.0 6.3 
5.0 6.4 
5.6 5.5 
AO dR 
+05 | 9% 
403 | 11 
+04 \ 
-_ 0.1 )2230min N 
(A 
18. I. 
23.0 
22.6 
22,6 
22,2 
23.5 
23.2 
22.8 
23.0 
aan 
13 
“24 4-36 
22.4 +02. 10.0 
24 402° 80 
22,6 —04 12.0 
23.0 +05, 
23.0 ‚+02 
230 —0.2| 12.0 
»3.0 1 0 10.0 
Dan 2 20 
12.0 
AF 
„0 
58 
0 
5.3 
61 
6.1 
63 | 
5.7 
A1 
4 
6 
+ £ 
6.7 
R3 
61 
fi 
4 
A 
Tö2 
ve 
9b. 
11b45min 
2 N 
4 
l Ah30min 
8h 
4 
a2 
9 
— 03 
AS 
19. I. 
24.20 
24.0 
23.3 
220 
3.79 
24.0 | 
23.7 
236 
+05] 12.0 
0 | 
—0.4 
102 
+ / 
6.2 | 
6.4 
6° 
64 - 
70 
AR 
m 
+ * 
4 
En 
gb 
12 
4 
\ 
20. I. 
HA 
4.80 
25.6 
25.8 
26.2 
25.6 
25.2 
KEN 
1° +04 120 
41 +15 10.0 
24.1 |-+1.7| 80 | 
24,3 |+1.9* 12.0 
245 [+11 
25.0 +02. 
9R0) N 
was! AA 
5.3 53 J 
4.7 4.4 —03 
5.8 6.6 +0.8 
6.0 66 1-40.6 
6.2 6.6 40.4 
9 aQ AB 
yo 
‚Oh 
V 
' 
u 
2 
> L 
N 
A 
39° 
27.4 
27.8 
Oo” 
26.0° | 41.3 
26.2 E12 
26.2 11.6 
36.1 109 
12.0 
120] 61 
67 | 
AQ 
5.9 MT 
5.9 6.6 | 
5.8 6.7 
61 RO 
-,)4 
+6 
0.9 
1.01 
9b30min V 
11 
1 
: 0.8 Sb vl 
133! 3° Te 23, I. 
.'" 517 
26.59 | 
24,5 
43 
26.0° 
26.0 
26.0 
+05 
15 
19 
6.9 
7.0 
ca 
28.09 
26.3 
26.8 
26.8 
26.0 
26.0 | 
27 N 
26.5° 
26.3 
26.5 
26.5 
26.5 
26.5 
DA2 
41.5 
0 
+03 
+03 
— 0.5 
— 05 
.* A777 
13.0 
| 
13.0 | 
11.0 
9.0 
121 
6,1’ Gy 
65 70 
6.4 6.8 
6.4 68 
6.1 54 
R6 4 
Aa 
2 
+ 
5 
A 
‘4 
5 
Oh 
12 
2 
\ 2n30min 
'ß 
11. 11. 
26.0° 
26.3 |. 
26.3 
26.0 
95.0 
26.3° 
26.0 
26.0 
25.7 
DAR 
0 
6 
13.0 6.0’ 6.1’ 
11.0 5.9 5,3. 
9.0 53 45 
13.0 4 6.8 - 
fx 3 
— 0.5 
—0,6 
AR 
74 
t 9b 
au 
2h 26 min 
V 
12. I. 
AN 
27.09 
27.0 
26.3 
269 
25,20 
25.6 
25.6 
250 
+16 
+14 
10,7 
„192 
13.0 
BU 0 
5,2 7.2 
6.3 €? 
aa m 
40,9 | 112 
+10[ 1 
4A 
A = 
V 
N 
13 Il. 
23.59) „45° — 1.0 & „8 
25.0 | 245 ‚+05 6.4 65 | 
25.5 | 245 +10 63 R8 
265 | 249 16 62 69 
26:3 249 ‚14 62 83 
26.0 | 25.0 LO, 110] 37 53 
26.0 |. 25.0 410 901 51 | 59 \ 
23.19°| 233° u?) DO] 60 60 0 % \ 
25.0 | 23.0 +22 6.0 72 +12 | 9 
242 | 230 |--12 62 71 0,9 | 11 
—06 
0.1 
165 
67 
si 
‚h 
9 
11 
2 
( 4h 30min 
14. IT. 
| 
15. IL