File:NDL1056189 物理学測定実験法.pdf

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Summary

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物理学測定実験法   (Wikidata search (Cirrus search) Wikidata query (SPARQL)  Create new Wikidata item based on this file)
Author
田中, 三四郎, 1873-1960
image of artwork listed in title parameter on this page
Title
物理学測定実験法
Publisher
内田老鶴圃
Language jpn
Publication date

1935

昭和10
Place of publication JP
Source

doi:10.11501/1056189

institution QS:P195,Q477675
Creator
InfoField
田中三四郎 著
Publication Place
InfoField
東京
Subject: NDC
InfoField
422
Extent
InfoField
87p ; 23cm
Material Type
InfoField
Book
Source Identifier: JPNO
InfoField
44053095
Date Digitized: W3CDTF
InfoField
2010-03-31
Audience
InfoField
一般
Title Transcription
InfoField
ブツリガク ソクテイ ジッケンホウ
Publisher Transcription
InfoField
ウチダ ロウカクホ
Source Identifier: NDLBibID
InfoField
000000649547
Call Number
InfoField
特232-674
Creator Transcription: NDLNA
InfoField
タナカ, サンシロウ
Creator: NDLNAId
InfoField
00081859
Contents
InfoField
標題

目次

一般の注意/1

基本測定―副尺,カリパー,測微螺旋/4

實驗1. 球指にて球面の曲率半徑測定/6

2. 天秤にて質量の測定/9

3. Nicholsonの浮秤にて固體の比重測定/14

4. Hareの比重計にて液體の比重測定/15

5. 比重瓶にて液體の比重測定/16

6. ゼンマイ秤にて水の表面張力測定/18

7. Poiseuilleの公式によりて水の粘性係數測定/21

8. 延びによりて針金のYoung率測定/23

9. 捩れによりて針金の剛性率測定/25

10. Bordaの振子にて重力の強さの測定/26

11. 水銀晴雨計にて大氣壓の測定/27

12. 寒暖計の定點の檢定/28

13. 露點計にて濕度の測定/30

14. 固體の線膨張係數の測定/30

15. 混合法によりて固體の比熱測定/31

16. 冷却法によりて液體の比熱測定/32

17. Kundtの方法によりて固體中の音速及びYoung率の測定/35

18. 共鳴管にて音波の波長及び振動數測定/37

19. 振動記入器にて音叉の振動數測定/38

20. レンズの焦點距離及び曲率半徑の測定/39

21. 光の挺子にて小なる厚さの測定/42

22. 望遠鏡の倍率の測定/45

23. 顯微鏡の倍率の測定/45

24. 顯微鏡にて微小なる物體の長さ測定/47

25. 見掛けの厚さによりて屈折率の測定/48

26. 分光器にてスペクトルの觀測/49

27. 最小のフレによりてプリズムの屈折率測定/51

28. 廻折格子にてNa光の波長測定/54

29. 光度計にて光度の測定/58

30. 偏光計にて蔗糖の純分測定/59

31. 水平地磁力H及び磁氣能率Mの測定/61

電流測定に關する一般の注意/64

32. 等電位線を畫くこと/65

33. 線型電橋にて電氣抵抗の測定/66

34. 箱型電橋にて抵抗の測定/68

35. 熱の仕事當量及び抵抗の温度係數測定/71

36. Potentiometerにて電池の電動力測定/72

37. Voltamaterにてアンペア計の檢定/73

38. Kohlrauschの電橋にて液體の傳導度測定/74

39. 熱電動力の測定/76

40. 彈道電流計にて電氣容量の測定/77

41. 彈道電流計の法によりて透磁率の測定/79

42. 磁力計の法によりて磁氣履歴線を畫くこと/80

43. 交流抵抗の測定/83

附表

水の密度/85

水蒸氣の飽和壓(其の一)/86

水蒸氣の飽和壓(其の二)/87

Licensing

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