50
Aus dem Archiv der Deutschen Seewarte — 1901 No. 4 —
M
No.
Angekauft II
Fabrikant
Art der
Hülfskompensation
grösstes
kleinstes
6
jährl. Ve
grösste
ränderung
kleinste
1
grösstes
kleinstes
l
jährl. Ve
grösste
ränderung
kleinste
127
86
Ehrlich
Zügelkompensation
-0.1040
—0.0050
+0.0307
—0.0060
4-0.0040
O
—0.0040
4-0.0002
134
82
»
»
—
.1290
—
.0056
- .0773
4-
.0010
4-
.0080
4-0.0003
4- .0015
— .0003
194
«5
»
—
.0380
4-
.0020
- .0157
—
.0033
4-
.0070
O
- .0013
— .0007
209
S3
»
»
—
.0480
0
- .0430
—
.0010
—
.0040
—
.0002
— .0040
0
211
S 4
»
»
—
.1210
—
.0300
4- .0640
—
.0033
4-
.0050
O
4- .0024
4- .0005
214
»
»
—
.1200
—
.0120
- .0540
4-
.0009
4-
.0080
4-
.0020
+ .0020
0
215
»
»
+
•3300
—
.0230
- .1295
—
.0075
—
.0210
O
— .0120
4- .0010
216
SS
»
»
+
.0670
—
•0150
4- .0260
4-
.0070
4-
.00S0
4-
.OOIO
+ .0014
4- .0005
229
86
Petersen
»
—
.1860
—
.0780
- .0830
0
4-
.0070
4-
.0030
+ .0040
4- .0003
230
86
Ehrlich
»
—
.0600
4-
.0200
4- .0197
-
.0044
4-
.0050
4-
.OOIO
— .0010
4- .0002
234
90
»
»
+
.0730
—
.0040
4- .0345
—
.0097
—
.0040
—
.OOIO
— .0050
4- .0010
238
87
»
»
+
.0190
4-
.0040
4- .0160
—-
.0002
4-
.0030
O
— .0020
4- .0002
258
91
»
»
—
.0670
—
.0070
— .0180
4-
.0090
4-
.0030
4-
.0004
— .0007
4- .0003
236
90
»
—
.1110
—
.0340
—
—
4-
.0030
O
—
—
247
89
>
»
+
.1150
4-
.1030
—
—
—
.0050
O
—
—
249
92
»
—
.0470
—
.0420
—
—
4-
.0030
4-
.OOIO
—
—
257
90
»
—
.1490
—
.0190
—
4-
.0150
4-
.0050
—
—
259
9i
»
+
.0510
—
.0050
—
4-
.0030
4-
.0002
—
—
262
»
»
»
4-
.0650
4-
.02S0
—
—
4-
.OOIO
+
.0003
—
—
264
»
»
»
—
.0S40
4-
.0140
—
—
4-
.0050
+
.0020
—
—
269
92
»
»
—
.1520
—
.0540
—
—
4-
.0090
4-
.OOIO
—
—
302
96
»
»
4-
.0150
—
.0010
—
4-
.0020
—
.OOIO
—
—
3°3
»
»
»
—
.0950
—
.0030
—
—
4-
.0040
4-
.0020
—
304
»
»
»
—
.0960
4-
.0050
—
4-
.0028
4-
.0005
—
—
320
97
»
4-
.1040
+
.0190
—
—
_
.OOIO
—
.OOIO
—
—
32S
98
*
»
.0340
+
.0170
—
4-
.0030
4-
.OOIO
~
“
Tab. VId. Hiilf skomp en s ation nach Art der Kompensation geordnet.
Art der
grösstes u über 010999
S 2
Hülfskompensation
O. I ...
0.2 . . .
0.3...
5
Kälte und Wärme
3 = 60%
6
Wärme
3 = 5° »
1 = 17%
—
6
Airysche
1 = 17 *
I = 17 >
—
S
Inverse
—
—
—
I
Kuliberg
—
I = IOO »
—
IO
Widerstands-Supplement
I =IO J
—
—
l6
Kältezügelung
5 — 3 1 >:>
—
—
26
Zügelkompensation
io = 38 >.
—
1 - 4%
75
Summa
Art der
grösstes
n untei
010999
Hülfskompensation
0.09 . .
0.08 ..
0.07 . .
0.06..
O
b
Oa
0.04 . .
0.03..
0.02 . .
0.01 . .
Kälte und Wärme
1 = 20%
1 = 20%
—
Wärme
—
2 — 33%
—
—
—
—
—
—
—
Airysche
—
2 = 32 » *
—
1 = 17%
—
—
—
1 =-• 17%
—
Inverse
I = 20 »
1 = 20 J
—
2 = 40 »
—
1 = 20 >
—
—
—
Kullberg
—
—
.
—
—
—
—
—
—
Widerstands -Supplement
I = IO »
—
1 = 10%
I = IO »
1 = 10%
1= IO»
4 = 4°%
—
—
Kältezügelung
—
—
2= 13 »
I = 6 »
3 = i9 »
2=12»
3 = i9 »
—
—
Zügelkompensation
2 — 8 *
1=4»
1=4.
4 = 14»*
1=4.
2— 8 >
2 = S »
—
2 = 8%
Art der Hülfskompensation = Zügelkompensation. Kleinstes a Über 010999: 1 = 4%
Art der
kleinstes ti unter 010999
Hülfskompensation
0.09 ..
0.07 . .
0.05 . .
0.04 . .
0.03..
0.02 . .
0.01 . .
0.00 . .
0.0000
Kälte und Wärme
1 — 20%
1 = 20%
3=60%
Wärme
—
—
—
1 = 17%
—
2= 33»
1 = 17»
2 = 33»
—
Airysche
—
1 = 17%
—
1 = 17 .
—
2 = 33 »
2 = 33»
—
Inverse
—•
—
—
—
—
—
2 — 40 »
2 —40 »
ii
to
0
. 0
Kullberg
—
—
—
—
—
I = IOO >
—
—
—
Widerstands-Supplement
—
—
2=20%
—
1 = 10%
I = IO »
3 = 3° »
3 = 3 os
—
Kältezügelung
• i=6%
—
1 = 6»
I = 6 »
5 = 3" *
3= 19 .
2 = 13. *
3 = 19 »
—
Zügelkompensation
—
1 == 4 >
1 = 4 »
i=4»
2 — S »
3= 11»
6 = 23 >
10 = 38 >
1=4»