Full text: Theoretische Grundlagen und Ausführungsbestimmungen (1)

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108 
Latte A' 
Zeit 
der 
Vergleichungen 
1 2 
3 4 1 
Länge der nominellen 
A'i (Vorderseite) 
A'u 
Äußerer Theilstreifen 
Innerer Theilstreifen 
Mittelwerte 
Äußerer Theilstreifen 
o 
o 
Ò 
+1 
t-H 
Vergleich s- 
temperatur 
rr* O 
£ i ® 
® .2 .£ 
B +3 c8 
O © ■ 
JE ^4 £ 
<1 
© 
o 
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+1 
1—1 
Vergleichs 
temperatur 
Absolute Feuchtig 
keit in mm\ 
relative in °/ 0 
a 
o 
o 
o 
Ò 
+1 . 
tH 
Vergleichs 
temperatur 
Absolute Feuchtig 
keit in mm ; 
relative in % 
o 
© 
Ó 
+1 
tH 
Vergleichs 
temperatur 
Absolute Feuchtig 
keit in ram\ 
relative in °/ 0 
Jahr 
Tag 
© 
4-> 
S3 
Größte 
Abweichung 
vom Mittel 
© 
Sä 
Größte 
Abweichung 
vom Mittel 
© 
4-> 
S3 
Größte 
Abweichung 
vom Mittel 
1885 
30./X. 
IV 
° c. 
° C. 
[X 
° c. 
° C. 
. 
IJ- 
° C. 
¡X 
+ 543 
° C. 
16-20 
° C. 
0-1 
9-9 
72 
188« 
8 ./IV. 
4- 406 
19-84 
0-36 
8-1 
4- 352 
20-08 
0-72 
7-4 
+ 379 
19-96 
7-8 
4- 340 
20-67 
1-23 
9-5 
48 
44 
46 
54 
1880 
ll./XIi. 
4- 612 
19-98 
0-32 
8-5 
4- 565 
19-94 
0-26 
8-7 
4- 588 
19-96 
8*6 
4- 543 
19-64 
0-16 
8-8 
51 
54 
53 
56 
1887 
21./III. 
4- 390 
16-18 
0-12 
6-4 
4- 421 
16-66 
0-14 
6" 6 
4- 405 
16-42 
6-5 
4- 287 
16-44 
0-36 
6-5 
47 
48 
48 
48 
1887 
18./XÌ. 
4- 609 
19-71 
0-49 
7-7 
4- 620 
19-56 
014 
7-6 
4- 615 
19-63 
7-6 
4- 598 
18-71 
0-69 
7-9 
46 
48 
47 
45 
1888 
16,/IV. 
4- 348 
17-60 
0-00 
6-5 
4- 369 
17-43 
0-07 
6-6 
4- 338 
17-52 
6-6 
4- 319 
16-91 
0-37 
7-7 
43 
44 
44 
53 
18S8 
23./XI. 
4- 599 
15-62 
0-76 
7-7 
4h 642 
16-27 
0-19 
7-9 
4- 620 
15-94 
7-8 
4- 589 
16-43 
0-23 
8-3 . 
55 
55 
55 
58 
1880 
19./IV. 
-(- 553 
15-24 
0-26 
6-4 
4- 603 
15-97 
0-40 
6-7 
4- 578 
15-61 
6-6 
4- 529 
16-40 
0-26 
6-8 
48 
48 
48 
49 
1881) 
2./XIT. 
4- 649 
12-71 
0-59 
6-1 
4- 666 
13-53 
0-37 
6-0 
4- 658 
13-12 
6-1 
4- 664 
13-78 
0-22 
5-8 
52 
51 
52 
49 
181)0 
28./IV. 
4- 590 
15-98 
0-42 
9-5 
4- 631 
16-80 
0-30 
9-5 
+ 611 
16-39 
9-5 
4h 534 
16-80 
0-50 
9-4 
69 
68 
69 
67 
181)1 
15./IV. 
4- 526 
15-30 
0-40 
8-1 
4- 563 
16-20 
0-40 
8-6 
4- 545 
15-75 
8-4 
4- 458 
16-73 
0-43 
9-1 
61 
63 
62 
65 
181)2 
2./XTI. 
4- 656 
11-80 
0-50 
6-1 
4- 647 
12-40 
0-30 
. 
+ 651 
12-10 
6-1 
4- 550 
13-00 
0-40 
7-1 
53 
53 
58 
1893 
20./IV. 
4- 507 
14-60 
0-70 
6-2 
—{— 525 
15-69 
0-39 
6-2 
4- 516 
15-14 
6-2 
4- 341 
16-21 
0-41 
6-6 
49 
48 
49 
49 
1898 
7./XI. 
4- 606 
14-43 
0-17 
6-8 
4- 651 
14-70 
0-20 
6-9 
4- 628 
14-56 
6-9 
4- 592 
14-69 
0-11 
7-2 
53 
52 
53 
55 
185)1 
ll./V. 
4- 498 
21-22 
0-52 
9-2 
4- 524 
21-81 
0-21 
9-7 
4- 511 
21-56 
9-5 
4- 525 
21-70 
o-io 
9-8 
52 
53 
53 
54 
1891 
20./IX. 
4- 611 
18-50 
0-20 
7-9 
4h 628 
19-23 
0-47 
7-9 
4- 619 
18-86 
7-9 
4- 598 
19-60 
0-10 
7-9 
51 
49 
50 
49 
1895 
10./V. 
4- 546 
17-40 
0-20 
9-5 
4- 599 
17-90 
010 
9-5 
4- 573 
17-65 
9-5 
4- 509 
18-23 
0 17 
9-9 
63 
62 
63 
64 
1 
109 
5 6 
7 8 
Bemerkungen 
Meter für 
Länge der nominellen Meter, gerechnet aus den 
Abständen der Strichmarken für 
(Rückseite) 
A'i (Vorderseite) 
A'n (Rückseite) 
Innerer Theilstreifen 
Mittelwerte 
Äußerer 
Innerer 
Mittel 
werte 
Äußerer | 
Innerer 
Mittel 
werte 
o 
o 
o 
Ó 
+1 
T-H 
Vergleichs 
temperatur 
Absolute 4 euclitig- 
keit in mm ; 
relative in °/ 0 
o 
o 
o 
© 
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•pH 
Vergleichs 
temperatur 
Absolute Feuchtig 
keit in mm\ 
relative in °/ 0 
Theilstreifen 
Theilstreifen 
Mittel 
Größte 
Abweichung 
vom Mittel 
1 + 0-000. . .m 
!’- 
4- 530 
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16-06 
° C. 
0-26 
9-6 
JA 
4- 537 
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16-13 
9-7 
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JJL 
a 
4- 559 
JJL 
+ 522 
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4- 541 
71 
72 
4- 329 
21-39 
0 51 
9-5 
4- 334 
21-03 
9 5 
4- 455 
-h 400 
4- 428 
4- 338 
4- 344 
4- 341 
54 
54 
4- 538 
19-68 
0 22 
8-7 
4- 540 
19-66 
8-8 
4- 624 
4- 676 
4- 650 
4- 538 
4h 500 
4- 519 
56 
56 
4- 356 
16-44 
0 36 
6-7 
4- 321 
16-44 
6-6 
4- 414 
4- 458 
4- 436 
4- 328 
4- 348 
4- 338 
49 
49 
4- 560 
19-87 
0-33 
7-7 
4- 579 
19-29 
7-8 
4- 615 
4- 633 
4- 624 
4- 593 
+ 551 
4- 572 
44 
44 
7-9 
7-8 
4- 384 
4- 265 
4- 287 
4- 280 
17-62 
0-28 
52 
4- 300 
17-27 
53 
4- 382 
4- 385 
4- 309 
Xj = 0 - 0422 w, 
XU = 0-0783 m 
: (Neumessung). 
4- 610 
16 • 87 
0-26 
8-2 
4- 600 
16-65 
16 - 61 
8-3 
4- 626 
4- 657 
4- 642 
4- 586 
4- 603 
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38 
58 
4- 526 
16-82 
0-13 
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4- 527 
6-9 
4- 598 
4h 621 
+ 610 
4- 531 
4- 527 
4- 529 
49 
49 
4- 710 
14-03 
0-37 
6 0 
4- 687 
13-90 
5-9 
4- 707 
4- 723 
4- 715 
4- 641 
4- 666 
4- 653 
50 
50 
4- 568 
17-20 
0-40 
9-6 
4h 551 
17-00 
9-5 
4- 613 
4- 650 
4- 631 
4- 511 
4- 555 
-h 533 
68 
68 
4- 464 
17-32 
0-28 
0 40 
9-2 
+ 461 
17 02 
9-2 
4- 573 
4- 618 
4- 596 
4- 451 
4- 457 
4- 454 
65 
65 
4- 547 
13-60 
4- 549 
13-30 
7-1 
4- 618 
4- 687 
4- 653 
4- 545 
4- 517 
4- 531 
58 
4- 382 
16 • 65 
0-15 
6-8 
4- 361 
16-43 
6-7 
4- 529 
4- 566 
4- 547 
4- 341 
4- 386 
4- 363 
50 
50 
7-6 
7*4 
4- 688 
4- 373 
4- 559 
4- 560 
4- 560 
_i_ R'-O 
15-14 
0-16 
55 
4- 574 
14-91 
55 
ih9 
4- 658 
4- 501 
21-66 
0-56 
10-0 
4- 513 
21-68 
19-68 
4- 552 
4- 574 
4- 563 
4- 509 
4- 476 
4- 493 
58 
56 
TÏ 
50 
4- 651 
4- 665 
4- 657 
4- 585 
4- 533 
-h 559 
4- 548 
19-76 
0-16 
8-2 
4- 573 
50 
4- 454 
18-45 
0-15 
9-6 
4- 482 
18-34 
9-8 
GO 
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O 
T 
4- 539 
4- 421 
4- 480 
64 
64 
4- 6111 4- 5911 
1 .
	        
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