Southern Tibet : vol.6 / Page 177 (Grayscale High Resolution Image)

0177	Southern Tibet : vol.6

r,

N:o 21. Campement 118. 1907 janvier 28.

B = 386.6 + 5°.0; T- -I°.6; D= I43,,,Is.5; I= Io"35".

Chronomètre. Lecture du cercle. j Moyenne. Niveau.

Demi
diamètre.

Objet

d'observation.

Réfrac- Parai- Distance

tion. laxe. zénithale

géocentrique.

Distance

zénithale observée.

Position
de l'in-
strument.

16'16"

3",
IO
7
3
3 o
17
24
15
3

I.8

2.o

I.6

I.7

I.8 I.8

I.9

1.4

I.2

2.3

30

I.8

I .o

1.8 I.7

I.9

2.I

7

22 2.i 2.o 2.o

I.9 2.4 2.6 I.4 2.o 2.8 2.o 2.2

1.9

I.7

0.3

C. D.
9

Q

C. G.

Q

y
»
v
>
~
C. D.
r
y
I

3

8 o

79012' 17"

79 38 46 8o 9 7 8o 32 26

80 56 I

81 19 52

81 41 3

82 4 10

82 3o 33

82 51 7

83 13 59

83 38 25

84 i 56

84 27 26

84 48 55

85 II 28

2' 46" 9"

2 52

3 10

3 18

3 26

3 34

3 3o

3 39

3 51

4 0

4 29

4 45

5 1

5 2I

5 13

531

78° 53' 24"

79 19 47 8o 22 22

So 45 33 81 9 O

81 32 43

81 2I 26

81 44 24

82 Io 35

82 31 0

83 25 55

83 5o 5

84 13 20

84 38 30

84 27 35

8449 50

3.4

234 Io„" I32 281 29'45" , 4'30" 17' 8" 12 34.4 281 3 25 38 3o 5o 58 15 11.6 28o o 35 36 5 48 20 17 II.2 279 38 30 II 40 25 5

19 14.0 8i 31 45 7 30 19 38
21 18.8 81 55 35 31 0 43 18 23 10.0 81 44 45 19 5o 32 18 25 14.0 82 7 45 43 0 55 23

27 25.6 82 32 5o 9 0 20 55

29 14.8 82 53 45 29 3o 41 38

31 16.4 83 49 30 24 30 37 0

33 16.4 84 12 55 48 30 0 43

35 14.8 276 10 0 44 45 57 23

37 24.8 275 44 30 19 4o 32 5

39 15.6 275 55 45 30 0 42 53

41 15.6 275 32 0 7 45 19 53

52

B = 386.4 + 2°.7; T = - 2°.5.

N;o 22. Ye. 1907 mars 31.

B= 436.2 + 13 .8; T = + 5°.3; D = i4 8" 5s,5,

Ü	C. D.	23455",	9s2	283"	3' 3o"	38'	0"	50'	45"	2.2	1.3	+ 15"-	-	-	-	-

Q	)	o	1I.2	281	57 30	34	0	45	45	1.7	1.7	0 -
													-	-		-

Nuages. B = 436.1 + i2°.1; T_+
N:o 22 A. Ye. 1907 avril 1.

1i=435.5-4.8; T -5°.4: D=I/"8,,,Ios; I= II"O".

C. D.

Î

>>

»

C. G.

>,

);

»

~

C. D.

b

13442",

44

i 46

48

50

52

54

56

58

14 0

2

4

6

8

Io

12

i 15,!2 15.6 44.0 17.6 10.0 17.6 22.0 12.8

12.8

18.0

8.8

13.6

24.4

37.2

20.4

11.2

285° 52' 30",

286 19 0

286 20 15 286 4o 30

73 44 o

73 16 15

72 17 O

71 52 45

71 28 0

70 59 45

71 7 55
70 4o 5o

290 35 3o

291 2 30

291 56 30

292 20 10

24' 45,"

54 0

53 0

13 45
18 5o

51 15

51 IO

28 o

2 15

34 15

43 0

16 o

8 3o

36 45

31 0

55 30

38' 38"

6 3o

6 38

27 8

31 25

3 45

4 5

40 23

15 8

47 0

55 28

28 25

22 0

49 38

' 43 45

7 5o

1.9

0.7

2.1

0.5

1.7

2.3

2.4

2.1

I.6 2.o 2.3 1.8 1.9 1.7 1.4 2.2

1.9

3.1

1.7

3.3

2.1

1.5

I.3

1.7

2.1 1.8 1.4 1.8 1.8 2.o 2.2 1.4

0",

- 40

+ 7

- 46

- 7

+ 13

+ 19

+ 7

- 8

+ 3

+ 15

0

+ 2

- 5

- 13

+ 13

74'

74

73 73 72 71

71

70

70 69 69 68 68

32'

5

4

44

20

52

53

29

4

36

44

17

48

21

27

2

22"

10

i 5

38

18

58

24

30

0

3

43

25

58

27

28

57

16"

2",

2' 17"

2 12

2 9

2 6

2 3

I 55

I 53

I 51

I 47

I 48 I 45 142 140 I 36 I 33

8"

-

74° 50' 33"

74 23 16 i 73 50 17

73 3o 37

73 6 14

72 38 51

72 II 13

i 71 47 17

71 21 45

7o 53 44
7o 3o 2 I

70 3 0

I 69 34 3o

69 6 57

68 44 58

68 20 24

-

B=436.6+ 2°.5; T = - 2°.7; D = It,8mIos.5.

National Institute of Informatics - Digital Silk Road Project
Digital Archive of Toyo Bunko Rare Books

Citation Information

OCR Text

National Institute of Informatics - Digital Silk Road Project Digital Archive of Toyo Bunko Rare Books

Citation Information

OCR Text

National Institute of Informatics - Digital Silk Road Project
Digital Archive of Toyo Bunko Rare Books