392
Bestimmung des specifischen Gewichts des Seewassers an Bord.
Bestimmung des specifischen Gewichts des Seewassers an Bord.
393
II. Aräometer- Tafel.
Tafel zur Reduktion der speelfisckeu Gewielite auf 17.5°, gütig für Glasarüoraeter.
r'
i *°
1.
Destillirtes 1
= 1.000 i
17.5
Nasser
Korr.j'j,
2.
Salzgehalt =» 5.2
1.004-0
: Promille
Korr.j^
3.
Salzgehalt = 10.48 Prom.
,S^ = 1.0080 Korr.^,
47
Salzgehalt = 15
= 1.012-00
72 Prom.
Ko,t -i4
5.
Salzgehalt = 2(
= 1.01600
1#.®
'.91 Prom.
Korr -iS»
“ 67
Salzgehalt = 25.87 Prom.
= 1.019-79
17.5
abgerundet j JSk0rr '17A°
= 1.020-00
Salzgehalt = 3
= 1.023-33
abgerundet
= 1.023-5
).6 Prom.
Korr 'rf 5 c
87-
Salzgehalt = 3c
= 1.026-73
abgerundet
= 1.027-00
>.01 Prom.
Korr iiF
0°
1.000-68
-0-68
1.004-93
— 0 93
1.009 16
— 116
1.013-40
.
-140
1.017-63
-163
1.021-85
— 1-85
1.025-56
-206
1.029-21
-2 21
0°
!
i
•76
— 0-76
4-99
— 0 99
9-22
— 122
13-43
- 143
17-64
— 164
21-87
— 1-87
25-54
— 204
2917
— 217
1
2
•82
— 0-82
503
— 1 03
924
- 1 24
13-44
- 144
17-63
— 103
21-82
— 182
25-50
— 2-00
29-12
— 212
2 1
3
•88
- 0-88
507
— 107
9-25
- 1 25
13-43
— 1 43
17-61
— 161
21-79
— 1-79
25-46
— 196
29 06
— 2 06
3
4
•90
— 0-90
508
— 10S
9-25
- 1 25
13-41
-141
17-57
— 157
21-75
— 1-75
25-38
— 1-88
28-98
— 1-98
4
60
1.000-92
- 0-92
1.00509
— 109
1.009-23
- 1 23
1.013-39
— 1-39
1.01753
— 153
1.021-68
— 1-68
1.02530
— 1-80
1.028-90
—1-90
5°
6
■93
— 0-93
507
— 107
9-21
-121
13-35
— 135
17-48
—148
21-61
— 161
25-25
-175
28-82
—182
6
7
■92
- 0 92
504
— 104
917
— 117
13-29
- 1-29
17-40
-140
21-55
— 155
25-15
—1-65
28-70
— 1-70
7 1
8
•90
- 0-90
5-01
- 1 05
9-08
— 1-08
13-20
—1-20
17-33
- 133
21-44
— 144
25-04
— 154
28-58
— 1-58
8
9
*85
- 0 85
4-95
— 0 95
905
— 105
1314
— 114
17-23
— 1 23
21-33
1-33
24-92
— 1 42
28-46
— 146
9
10°
1.000-81
-0-81
1.004-89
-0-89
1.008-96
-0-96
1.01304
- 104
1.01713
— 113
1.021-21
— 121
1.024-79
— 1 29
1.028-33
— 133
10°
11
•74
— 0 74
4-81
-0 81
8-87
— 0-87
12-94
— 0 94
1701
-101
2109
— 1-09
24-65
— 1-15
28-18
— 118
11
12
■69
— 0 69
4-71
— 0 71
8-78
— 0-78
12-83
- 0 83
16-89
-0 89
2096
— 0 96
24-51
- 101
2803
— 103
12
1 13
•57
0-57
4-61
— 0.61
8-66
— 0 60
12-71
— 0 71
16-65
— 0 05
20-81
— 0 81
24-35
— 0-85
27-87
— 0 87
13
i 14
•46
— 0 46
4-50
-0-50
8-53
— 0 53
12-56
— 0 56
1660
-0 60
20-65
— 0-65
2417
— 067
27-68
— 0-68
14 '
15°
1.000-35
-0 35
1.004-38
-0-38
1.008-40
— 0-40
1.012-43
— 0 43
1.016-44
— 0 44
1.020-49
— 0-49
1.024-00
-0-50
1027 50
— 0 50
15° i
16
•22
— 0 22
4-23
— 0 23
8-24
— 0 24
12-26
— 0 26
16-29
— 0 29
20-30
— 0 30
2380
— 0-30
27-30
— 0 30
16
17
•08
— 0 08
4-08
— 008
8-08
— 0 08
1209
— 0 09
16-10
— 010
2011
— 011
23-61
-011
2711
— 0-11
17 !
18
0.999-92
+ 0-08
3-91
+ 0 09
7-90
+ 010
11-90
+ 010
1590
+ 010
1990
+ 010
23-39
+ 0 11
26-89
+ 011
18 j
19
•74
+ 026
3-74
+ 0-26
7-73
+ 0-27
11-72
+ 0-28
15-70
+ 0-30
19-69
+ 0 31
2318
+ 0-32
26-67
+ 0 33
19 ]
20°
0.999-57
+ 0 43
1.003-55
+ 0 45
1.007-54
+ 0 46
1.011-54
+ 0-46
1.015-50
-f" O'dO
1.019-49
4" 0*ol
1.022-95
H- O'oo
1.026-44
+ 0 56
20° j
21
•39
+ 0 61
3-36
+ 0-64
7-34
+ 0-66
11-31
+ 0 69
1529
+ 0.71
19-27
+ 0 73
22-72
+ 0-78
26i0
+ 0-80
21
22
•19
+ 0 81
316
+ 0-84
712
+ 0-88
1106
+ 0 94
15-06
+ 0 94
19-03
+ 0-97
22-46
+ 104
25-95
+105
22 |
23
0.998-99
+ 101
295
+ 105
6-92
+ 108
10-87
+ 113
14-83
+ 117
18-79
+ 1 21
22-22
+ 132
25-70
+ 1-30
23
; 24
•79
+121
272
+ 1-28
6-69
+ 131
10-64
+ 136
14-60
+ 1-40
1854
+ 1-46
21-97
+ 1 53
25 42
+ 1-58
24 i
25°
0.998 56
+ 144
1.002-51
+ 1-49
1.006-45
H” l o5
1.010-39
+ 1-61
1.014-34
+ 166
1.018-28
+ 1-72
1.021-69
+ 1-81
1.025 17
+ 183
25° i
26
•34
+ 106
2-27
+ 1-73
6-21
+ 1-79
1015
+ 1-85
1409
+ 1-91
18-01
+ 199
21-42
+ 208
24-89
+ 211
26
27
■09
+ 191
2-03
+ 1-97
5-95
+ 2 05
9-87
+ 2 13
13-82
+ 2-18
17-73
+ 2-27
2114
+ 2-36
24-60
+ 2 40
27
28
0.997-85
+ 215
1-77
+ 2 23
5-70
+ 2 30
9-62
+ 2-38
13-56
+ 2 44
17-44
+ 2 56
20-85
H~ 2*65
21-31
+ 2-69
28
29
■59
+ 2 41
1-51
+ 2 49
5-42
-f- 2*58
9-34
+ 2-66
13-28
+ 2-72
1715
-b 2*8o
20-55
+ 2 95
2401
+ 2-99
29
30°
0.997-33
+ 2-67
1.001-24
+ 2-76
1.005-16
+ 2-84
1.009-06
+ 2-94
1.012-99
-f- 3*01
1.016-85
+ 315
1.020-25
+ 3-25
1.023-70
+ 3 30
30°
1
2
3
4
5
6
7
8