File:NLC416-13jh001196-40457 實驗理論物理學講義.pdf

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實驗理論物理學講義   (Wikidata search (Cirrus search) Wikidata query (SPARQL)  Create new Wikidata item based on this file)
Author
陳學郢編譯
image of artwork listed in title parameter on this page
Title
實驗理論物理學講義
Publisher
商務印書館[發行者]
Description

目錄
第三編 熱學
第一章 溫度及寒暑表
1 熱及溫度
2 寒署表
3 最高及最抵寒暑表
第一章之問題
第二章 熱
4 熱量
5 熱容量及比熱
6 熱量表
7 氣體之比熱
7 附1 定壓氣體之比熱
7 附2 定積氣體之比熱
7 附3 秋朗及浦齊之定律
第二章之問題
第三章 膨脹
8 膨脹
9 固體之線膨脹率
10 固體之體膨脹率
10 附1 溫度與比重之關係
11 液體之膨脹率
12 氣體之膨脹率
13 馬累太謝魯之法則
14 膨脹之應用
14 附1 補正振子
第三章之問題
第四章 物體狀態之變化
15 融解及凝固
16 蒸氣之性質
17 氣化
17 附1 蒸發
17 附2 沸騰
17 附3 球狀態
18 液化
19 空氣中之水蒸氣
20 濕度
第四章之問題
第五章 熱之傳播
21 熱之傳播
22 熱之傳導
23 熱之對流
24 熱之輻射
第六章 蒸氣器械
25 蒸氣器械
第七章 熱動論概略
26 熱與功用之關係
26附 功用之量與熱量之關係
27 能力之不滅及變遷
第四編 音響學
第一章 波動
1 波動之現象
2 波形一橫波〔高低波〕
3 縱波
第二章 音響之發生及波及
4 音響之發生
5 音響之波及
6 音響之速度
7 音響之反射
8 音波之屈折
9 音之強弱
9 附 竇布勒爾之原理
10 音波之干涉
第三章 樂音
11 樂音與噪音
12 樂音之三要素
13 音之調和
14 音階
15 直接測振動數法
16 聽官之極限
第四章 發音體
17 弦之振動
17 附1 弦之縱振動
18 棒之振動
18 附1 直交振動之合成
19 音叉
20 板之振動
20 附1 鍾之振動
20 附2 膜之振動
21 共鳴
22 空氣柱之振動
23 風琴管
24 人之聲音
第五章 音響之組織
25 音色
26 留聲器
第四編之問題
第五編 光學
第一章 光之直行
1 光體
第二章 光度及照度
2 光度及照度
3 光度表
第二章之問題
第三章 光之反射及鏡
4 光之反射
5 平面鏡
6 球面鏡
7 球形收差
8 凸面鏡
第三章之問題
第四章 光之屈折
9 屈折
10 逐次之屈折
11 絕對屈折率
12 水之屈折現象
12 大氣之屈折現象
13 界角
14 全反射
15 三稜鏡
第四章之問題
第五章 透鏡
16 透鏡
17 透鏡之公式
18 由透鏡所生物體之像
19 由二透鏡所生之像
20 眼
21 明視距離
22 近視眼及遠視眼
23 視角
24 實體鏡
第五章之問題
第六章 光學器械
25 蟲眼鏡
26 顯微鏡
27 日光顯微鏡
28 望遠鏡
29 幻燈一活動影戲
30 照相器具
第七章 光之速度
31 測定光之速度法
第八章 光之分散
32 光質影
33 測屈折率法
34 透鏡之色收差
35 消色三稜鏡
36 消色透鏡
37 虹
38 分光器
39 光質影之種類
40 說明黑線之理
41 三種之輻射線
42 餘色
43 物體之色
44 繪具之混合與光之混合
第八章之問題
第九章 光之波動說
45 微塵說
49 波動說
47 光之干涉
48 薄膜之色及牛頓環
49 光之回折
50 光之偏
51 復屈折
第十章 輻射及吸收
52 輻射
53 吸收
54 輻射線
55 輻射能與吸收能
56 燐光
57 螢光

Language Chinese
Publication date 民國二十年[1931]
Source
institution QS:P195,Q732353
(民國時期文獻 民國圖書)
館藏信息
InfoField
MG/O41/6
主題
InfoField
理論物理學
中圖分類
InfoField
O41
載體形態
InfoField
367,39頁

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current13:44, 11 June 2023Thumbnail for version as of 13:44, 11 June 2023993 × 1,270, 419 pages (15.04 MB)PencakeBot (talk | contribs)Upload 實驗理論物理學講義 (1/1) by 陳學郢編譯 (batch task; nlc:data_416,13jh001196,40457; 民國圖書.7; 實驗理論物理學講義)

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