File:NLC416-08jh002937-25701 熱工學.pdf

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熱工學   (Wikidata search (Cirrus search) Wikidata query (SPARQL)  Create new Wikidata item based on this file)
Author
劉仙洲編著
image of artwork listed in title parameter on this page
Title
熱工學
Publisher
國立編譯館
Description

目錄
第一篇 工程熱力學
第一章 能及能之變化
1-1 熱工學
1-2 人類利用熱能為原動力之略史
1-3 能
1-4 機械能
1-5 熱為能之一種
1-6 他種能
1-7 能之變化
1-8 溫度與溫度計
1-9 熱量
1-10 熱量之單位
1-11 熱容量
1-12 比熱
1-13 功，功率，與轉矩
1-14 熱力學
1-15 熱力學第一定律
1-16 工質
1-17 物態
1-18 壓力
1-19 內能
1-20 熱含
1-21 能量不減
1-22 能之降低
習題
第二章 能量方程式
2-1 引論
2-2 工質膨脹時所作之功
2-3 簡單能量方程式
2-4 包含比熱之能量方程式
2-5 穩定流動之條件
2-6 穩定流動之能量方程式
2-7 可用能
習題
第三章 氣體之性質
3-1 理想氣體或永久氣體
3-2 波義耳定律
3-3 查理定律
3-4 絕對溫度
3-5 氣體之特性方程式
3-6 理想氣體之壓力與其絕對溫度之關係
3-7 磅分子量與通用氣體常數
3-8 焦爾試驗
3-9 r，ke,kp與γ相互之關係
3-10 氣體之變比熱
3-11 實際氣體之特性方程式
3-12 定容比熱有變化之氣體之內能
3-13 氣體之熱含
3-14 混合氣體
習題
第四章 平衡，可逆性，與可用性
4-1 引論
4-2 機械系統與熱力系統
4-3 平衡之定義
4-4 機械平衡之實例
4-5 熱力平衡之實例
4-6 熱力平衡所包括之內容
4-7 平衡狀態對於研究熱力學之重要性
4-8 能之可用性
4-9 一機械系統被控制之情形對於所得可用能大小之關係
4-10 一機械過程之可逆性
4-11 在熱力過程中能之可用性與可逆性
4-12 可逆過程之定義
4-13 可逆性與不可逆性在同一系統中
4-14 實際過程對於可逆過程的近似程度
4-15 圖示法
4-16 熱力學第二定律
4-17 絕熱膨脹與絕熱壓縮
4-18 等溫膨脹與等溫壓縮
4-19 工質之工作循環
4-20 熱機之熱效率
4-21 加諾循環與其熱效率
4-22 加諾循環之逆行
4-23 加諾原理
4-24 由加諾循環之熱效率推出絕對溫度之另一定義
4-25 郎肯對於熱力學第二定律之說法
習題
第五章 可用能與熵
5-1 加諾機之熱效率為可用性之一種量度
5-2 有限的熱源
5-3 加熱與變冷時能之變化
5-4 由功變熱的不可逆變化
5-5 熱之傳導
5-6 一系統之不可用能
5-7 熵
5-8 在一獨立系統中熵及能之變化
5-9 熵之特性
5-10 熵之單位
習題
第六章 氣體之熱力過程
6-1 引論
6-2 定容過程
6-3 定壓過程
6-4 等溫過程
6-5 多變過程
6-6 絕熱過程通論
6-7 理想氣體的等熵過程
6-8 具有變比熱的氣體之等熵過程
6-9 不可逆的絕熱過程
6-10 阻塞或拔絲現象通論
6-11 朱爾湯姆孫效應
6-12 經過噴管所得之速度
6-13 求一種氣體熵之變化之通法
6-14 解指數方程式之方法
6-15 參考圖表
習題
第七章 氣體之循環
7-1 循環之定義
7-2 分析一循環之方法
7-3 加諾循環與其分析
7-4 加諾循環順行與逆行之比較
7-5 加諾熱機與實際熱機之比較
7-6 制冷機與制暖機
7-7 定容回熱循環或斯忒林循環
7-8 定壓回熱循環或埃利克松循環
7-9 鄂圖循環或包德洛沙循環
7-10 空氣標準鄂圖循環
7-11 實際混合氣鄂圖循環
7-12 提塞爾循環
7-13 理想的空氣標準提塞爾循環
7-14 實際混合氣標準提塞爾循環
7-15 雙燃循環或半提塞爾循環
7-16 布雷敦循環
7-17 集成循環或瓦耳克循環
7-18 高低發熱量與效率
7-19 各種循環之應用
7-20 各種循環之比較
習題
第八章 熱機之效率與性能
8-1 效率之意義
8-2 加諾效率
8-3 理想的循環效率
8-4 熱效率
8-5 機械效率
8-6 機效率
8-7 耗熱量
8-8 表示性能之方法之比較
8-9 載荷對於經濟之影響
8-10 總結
習題
第九章 蒸發汽之性質
9-1 蒸發汽與氣體
9-2 在定壓之下蒸發汽之作成
9-3 飽和線
9-4 蒸發汽內能與熵之零值
9-5 液體與蒸發汽之熱含
9-6 品質或干度
9-7 混合汽之性質
9-8 說明蒸發汽之物態
9-9 蒸發
9-10 沸騰
9-11 液體與蒸發汽之不穩定狀態
9-12 液態與汽態之連續性
9-13 凡得瓦爾方程式
9-14 clapeyron方程式
9-15 各種蒸發汽之比較
9-16 蒸汽之性質
習題
第十章 蒸發汽之熱力過程
10-1 引論
10-2 定壓過程
10-3 定容過程
10-4 等熵過程
10-5 等溫過程
10-6 蒸發汽之多變過程
10-7 液體與蒸發汽之阻塞過程
10-8 蒸汽干度測驗器
10-9 蒸發汽線圖
10-10 大氣中之水份
習題
第十一章 蒸發汽機與蒸發汽之簡單循環
11-1 蒸發汽機循環與蒸發汽循環之不同
11-2 加諾蒸發汽循環
11-3 在等熵之下熱含差數之意義
11-4 理想的與實際的用汽率
11-5 郎肯機循環
11-6 郎肯汽循環
11-7 郎肯循環可用作比較之標準
11-8 因阻塞作用所損失之可用能
11-9 不膨脹機循環
11-10 不膨脹汽循環
11-11 不完全膨脹機循環
11-12 不完全膨脹汽循環
11-13 本章總結
習題
第十二章 重熱，回熱，及兩汽循環
12-1 重熱原理
12-2 無任何損失且具有重熱裝置之理想機循環與理想汽循環
12-3 包含重熱損失的理想重熱機循環
12-4 回熱循環原理
12-5 具有一定數目之預熱器之理想的回熱機循環
12-6 具有一定數目之預熱器之回熱汽循環
12-7 包含重熱損失並具有一定數目之預熱器之理想的重熱回熱機循環
12-8 重熱回熱汽循環
12-9 兩汽循環
習題
第十三章 壓縮空氣
13-1 壓縮空氣
13-2 壓氣機
13-3 自由空氣
13-4 無餘隙容積之理想的往復式壓氣機
13-5 在壓氣機內對於空氣所作之純功
13-6 余隙容積之影響
13-7 實際單極壓氣機之功圖
13-8 容積效率
13-9 冷卻
13-10 多極式壓縮與中間冷卻
13-11 標準裝置法
13-12 鼓風機
13-13 滑潤與爆炸
13-14 離心式壓氣機
13-15 空氣機
13-16 預熱
13-17 空氣輪工具
13-18 壓氣機之性能
習題
第十四章 機力製冷原理
14-1 製冷與機力製冷
14-2 製冷劑
14-3 機力製冷發展之略史
14-4 機力製冷之基本原理
14-5 性能係數
14-6 氣體與蒸發汽製冷循環
14-7 空氣製冷循環
14-8 蒸發汽製冷循環
習題
譯名對照表
索引

Language Chinese
Publication date 民國37[1948]
Source
institution QS:P195,Q732353
(民國時期文獻 民國圖書)
主題
InfoField
熱工學
中圖分類
InfoField
TK122
載體形態
InfoField
451頁

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