Brehmer: Genauigkeit und Wert von Kimmtiefenmessungen, 
iA 
Kimmtiefenmessungen von Dr. Harry Meyer.5%) 
I. Sextantenbeobachtungen. Augeshöhe — 6.25 m. 
Temperatur 
Luft | Wasser 
A 
berechn. | gemess. 
Kimmtiefe 
Differenz 
Temperatur 
Luft | Wasser 
A 
berechn. | gemess, 
Kimmtiefe 
Differenz 
o 
Oo 
18,0%] 15.99 
18.2 16.6 
19.9 16.9 
19.3 17,8 
17.6 16.8 
17,2 3.1 
20.3 ' 3,8 
19.5 16 
21.3 Wo 
25.1 23.0 
26.8 >24 
28.4 | “0 
26.2 40 
25.9 ; 23.9 
25.0 D4.R 
27,3 27,2 
27.3 26.0 
27.2 7.1 
26.1 | 26.2 
26.1 | 26.2 | 
+2.1, 8507| 8 47 
1161 4 0] 341 
HE 3 33 | 3 381 
415 4 2 354 
+08) 4 15 16 
—0.91 4 49 4 35 
14 
— 3” 26.4° 
—18 266 
— 2 266 
—8 | 25,9 
+1 | 256 
„14 | 27.6 
+3 | 244 
u | 9254 
—13 | 20.0 
40 | 194 
9 [15 
—20 ] 172 
—10 | 195 
— 2 | 23.0 
— 4 22.8 
—11 24.2 
20 | 25.4 
+5 | 27.1 
+5 } 254 
— 3 | 269 
25.0° 
24,7 
25.1 
25.3 
25.3 
24.8 
23.8 
22.2 
20.4 
18.2 
‚12 
65 
20.2 
20.4 
20.8 
71.4 
25.0 
25.2 
25.0 
DAR 
A140 4 | 8 9 
141.9) 3 57 3 43 
A15) 4 5 4 1 
0.61 4 21 4 11 
+0.3{| 4 27 4 18 
+28] 3 44 3 50 
+0.6] 4 21 23 
43.2] 3 23 
—0.£ 
DE 
0.31 
+0,71 
—0.7 
+26, 
—+2.0 
+2. 
LOL 
1.0 
+ 2” 
214 
_ 4 
10 
— 9 
+8 
795 
—33 
— 7 
+1 
9 15 
437 —? 
358 +14 
351 —? 
3.37 2—% 
4 10 | ——1E 
351 | —6 
138 | 79 
| al 
AH. AM 
L0.6. 
1,3 
‚2.1 
13.4 
4.4 
o2 
120 
132 
‘a 
LE 
' 1 
—0.L 
—0.11 
A 
AS 
12 
2 
2 52 
3 42 
5 55 3 52 
& 9 “ RS 
3 53 3 47 
7 3 47 
; 31 4 35 
+ 35 4 40 
4 35 4 32 
K 
3 53 
{3 
25 
7 
Sr) 
7 
. Vo"kreisbeobachtungen. Augeshöhe 
St "el 26.0°| 26.0° 
33 26.3 26.2 
15 27.2 27.5 
58 
5 2A 
3 2; 
5 4 
34 
R/ 
9.0 m, 
0 5 2 | 518") — 9” 
[+6 5 25 | 522 | —3 
—0.3| 5 82 5 44 -H12 
1 Ö.4* 
L04 | 
0 
Ta u 
—0.5 5 26 
+0.11 5 20 28.20 10.9) 
-—0.9- 5 4? ü 265 40.1 
—0.5 5.16 —18 | 259 1-02 
—0,5 525 —9 | 276 1.2 
-+0.5 518 +3 | 264 0.1 
4 u 1 —16 | 2677 | +0.4 
2.9 137 +8 | 280 0.11 
—08 536 —4 | 26.7 | —0.4' 
41.3 5 7 +7 | 266 —0.7] 
1.0.7 446 —25 | 27.4 40.4 
{1.1 4 36 —28 | 268 +1 
11.1 2 238 | 27.1 04 
+0.6 4 2—831 | 272 0.61 
—03 ‚36 +4 | 273 0.5 
—0.2 537 +7 | 273 1.0 
0 528 +23 | 25.1 —0./ 
—03 5.17 —5 | 263 0.71 
—0.2 526 —4 | 26.7 0.8 
0 523 —3 | 258 {+05 
—03 535 +7" | 253 0 
40.7 * 1 2—i. | 252 —0.1' 
—1.J 588 — 26.3 —+0.9 
+0,21 710 2-1! | 254 0 
+40.6 5% 220 | 25.4 0 
—2.7] 5” —24 | 25.6 0 
—2.1 5° —8 | 263 0.6 
—2,1 6, 49 —8 | 258 —0.5, 
—28) ‚18 550 —28 | 258 ' —0.4 
0 | 526 | 515 —1 [ 254 | —0.4 
+10] 5 8 |5 5 —3 | 260 | +0. 
—1.7| 557 | 554 —28 | 262 —0421 
—0.3| 5.23? | 5 40 8 | 259 —03] 4 
40.01 3 11 | 5 38 Tr 25,3 «—0.6| 4 
40.7 5 14 | 518 2— u | 955 —0.5| 4 
El 537 | 545 +8 | 261 —.l a 
0.2| 523 | 511; —12 | 258, ‚—05j 4 83 
5b) »Ann. d. Hydr. usw.« 1906 S, 435—448, I. Reise Leith— Honolulu, 
Philadelphia—Japan. 
Augeshöhe — 6.1m. 
4’ 14” 
4 28 
4 34 
4 7 
4 28 
4 23 
DC 
AZ 
307” +16" 
26 | —2 
29 ] —5 
23 | +25 
49 | 414 
50 4 +27 
5% +6 
Ai 
+8 
+35 
— 2 
+22 
+23 
Ef 
26 
4 
496 
A297 
+ 
A. 
A. 
1 
4 
4 
3 
A) 
E 
26 
4F 
49 
42 
467 
52 
a) 
4.27 
29 
95 
1 > 
26 
35 
2° 
1? 
3 
4 
+ 
+ 
A 
4A 
Ä 
—1° 
—14 
TS 
18 
a, +47 
IL. Bremerhaven-— 
PN