File:NDL1148602 物理学通論 第2巻.pdf

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物理学通論   (Wikidata search (Cirrus search) Wikidata query (SPARQL)  Create new Wikidata item based on this file)
Author
佐々木, 成材, -1933
image of artwork listed in title parameter on this page
Title
物理学通論
Volume 第2巻
Publisher
長門屋書房
Description
装丁 : 和装
Language jpn
Publication date

1928

昭和3
Place of publication JP
Source

doi:10.11501/1148602

institution QS:P195,Q477675
Alternative Title
InfoField
熱学
Part Title
InfoField
熱学
Part Creator
InfoField
佐々木成材 著
Publication Place
InfoField
東京
Subject: NDC
InfoField
420
Extent
InfoField
91p ; 23cm
Material Type
InfoField
Book
Source Identifier: JPNO
InfoField
47026925
Date Digitized: W3CDTF
InfoField
2010-03-31
Audience
InfoField
一般
Title Transcription
InfoField
ブツリガク ツウロン
Alternative Transcription
InfoField
ネツガク
Volume Transcription
InfoField
2
Publisher Transcription
InfoField
ナガトヤ ショボウ
Source Identifier: NDLBibID
InfoField
000000780330
Call Number
InfoField
46-293
Creator Transcription: NDLNA
InfoField
ササキ, セイザイ
Creator: NDLNAId
InfoField
00418034
Contents
InfoField
標題

目次

第一章 温度ノ測定/1

1. 熱ノ本性/1

2. 温度/2

3 寒暖計/2

4. 最高及最低寒暖計/4

5. 高温度及低温度ノ測定/6

第二章 熱量ノ測定/7

6. 熱量ノ單位/7

7. 比熱/8

8 熱量計/9

9. 固体ノ比熱測定/10

10 氷熱量計/10

1. Blackノ氷熱量計/10

2. Lavoisier及Laplaceノ氷熱量計/11

3. Bunsenノ氷熱量計/12

11. 液体ノ比熱/13

12. 氣体ノ比熱/15

13 水蒸氣熱量計/17

14 Dulong.Petitノ法則/19

15. Neumannノ定律/20

第三章 膨脹/20

16. 固体ノ膨脹/20

17. 線膨脹率ト体膨脹率トノ関係/21

18. 温度ト密度ノ関係/22

19. 線膨脹率ノ測定/22

1. Lavoisier及Laplaceノ法/22

2. 顯徹鏡ヲ用フル法 / 23

3. Figeanノ法 / 24

20. 補正振子/25

21 液体ノ膨脹/27

22 液体ノ膨脹率ノ測定/28

1. 容積膨脹計/28

2. 重量寒暖計/29

3. Matthiessenノ法/29

4. 連底器ノ法/30

23. 膨脹率ト温度ノ関係/32

24 氣体ノ膨脹 / 33

25 壓力増加率 / 34

26. 絶對温度 / 35

27. Boyle Gay‐Lussacノ定律 / 35

28 氣体寒暖計 / 36

第四章 三態ノ変化/39

29. 融解及凝固/39

30 融解点ト壓力ノ関係/41

31 氷点降下/41

32. 氷晶体/43

33. 寒劑/43

34 眞空中ニ於ケル蒸發/45

35 空氣中ニ於ケル蒸發/46

36 沸騰/48

37 沸騰点ト壓力ノ関係/49

38 氣化熱ノ測定/50

39 溶液ノ沸騰点/47

40 蒸氣密度ノ測定/50

41 濕度/52

42 濕度計/53

1. 毛髮濕度計/53

2. Daniellノ濕度計/54

3. Regnaultノ濕度計/54

4. Lambrechtノ濕度計/55

5. Dinesノ濕度計/56

6. Augustノ乾濕球濕度計/56

7. 化學濕度計/57

43 曻華/58

44. 液化/58

45 Andrewsノ實験/59

46. 永久瓦斯ノ液化/61

第五章 熱ノ傳播/65

47 熱ノ移動/65

48 傳導率/66

49 傳導率ノ測定/68

1. IngenHausyノ實験/68

2. Despretyノ實験/68

3. Voigtノ實験/69

4 保護環ノ方法/69

50. 液体ノ傳導率/70

51 氣体ノ傳導率/72

52. 球状態/73

第六章 熱ノ輻射/74

53 輻射線/74

54 Wienノ法則/74

55 Prevostノ理論/75

56 輻射能及吸收能/75

57. Newtonノ冷却ノ法則/76

58 Stefann‐Baltgmannノ法則/76

59. 輻射ノ測定器械/77

1. Leslieノ示差寒暖計/77

2. Rumfordノ示差寒暖計/78

3. 熱電堆/78

4. Radio‐micrometer/79

5 Bolometer/79

60. 輻射線ノ性質/80

61. 輻射能ノ比較/81

62. 吸收能ノ比較/81

63 反射能ノ比較/83

64. 輻射能ト吸收能及反射能ノ関係/84

第三編ノ問題/86

Licensing

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