File:NLC416-08jh009161-25412 定量分析化學.pdf

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定量分析化學   (Wikidata search (Cirrus search) Wikidata query (SPARQL)  Create new Wikidata item based on this file)
Author
〔美〕達爾波(H.P.Talbot)著
image of artwork listed in title parameter on this page
Title
定量分析化學
Publisher
商務印書館[發行者]
Description

目錄
第一編 緒言
概論
分析化學之分類 一般應注意之事項
(1) 時間之經濟與準確
(2) 筆記本
(3) 試藥
(4) 洗瓶
(5) 液體之移置
(6) 液體之蒸發
第二編 容量分析
總論
容量分析之分類
分析用之秤量器具
(1) 分析天平
(2) 砝碼
權重試驗
(3) 滴定管
應用滴定管之準備
滴定管讀數法
玻璃容量器之檢定
滴定管檢定法
(4) 吸管與量瓶
吸管及量瓶之檢定
容量分析概要
標準液
當量液
有效數字之適當保留法
ⅰ 中和法
鹼滴定法及酸滴定法
概論
指示劑
標準液之製備
酸液鹼液之比較
化合量計算法
練習題
酸液鹼液之校準
標準之選擇
鹽酸之校準
氫氧化鈉液之校準
化合量計算法
練習題
鹼灰中總鹼度之測定
草酸酸度之測定
化合量計算法
雙指示劑滴定法
練習題
ⅱ 氧化法
概論
氧化及還原當量
練習題
高錳酸鉀法
標準液之製備
高錳酸鉀液與亞鐵液之比較
高錳酸鉀液之校準
化合量計算法
練習題
褐鐵礦中鐵素之定量
用鋅素還原
用氯化亞錫還原
化合量計算法
軟錳礦氧化力之測定
化合量計算法
練習題
重鉻酸鉀法
溶液之製備
指示劑溶液
氧化液與還原液之比較
重鉻酸鉀液之校準
標準之選定
用鐵絲校準
用硫酸亞鐵校準
褐鐵礦中鐵素之定量
化合量計算法
鉻鐵礦中鉻素之定量
練習題
碘滴定法
標準液之製備
指示液
碘液與硫代硫酸鈉液之比較
溶液之校準
化合量計算法
輝銻礦中銻素之定量
化合量計算法
銅礦石中銅素之定量
化合量計算法
練習題
氯滴定法
漂白粉中有效氯素之定量
ⅲ 沉澱法
概論
用硫代氰酸鹽滴定銀素及鹵素法
溶液之製備
校準法
銀幣中銀素之定量
氯化物中氯素之定量
化合量計算法
練習題
第三編 重量分析
總論
權定法
沉澱法
漏斗及濾器
過濾及沉澱之洗滌
乾燥器
坩堝
坩堝之準備
燒灼沉澱
化合量計算法(化學因數)
練習題
可溶氯化物中氯素之定量
化合量計算法
練習題
硫酸亞鐵銨中鐵素及硫素之定量
化合量計算法
練習題
硫素定量法
黃鐵礦中硫素之定量
化合量計算法
練習題
磷灰石中磷酸酐之定量
磷鉬酸銨之沉澱
磷酸鎂銨之沉澱
磷酸鎂銨之再沉澱及燒灼
化合量計算法
練習題
石灰石或白雲石之分析
水分定量法
不溶解物及二氧化硅之定量法
氧化鐵及氧化鋁之定量(並包括錳素在內)
鈣素定量法
鎂之定量法
二氧化碳定量法
分析法
化合量計算法
練習題
黃銅及青銅之分析
電分析法
青銅中之錫素定量
青銅及黃銅中銅及鉛之定量
鐵之定量
鋅之定量
化合量計算法
練習題
硅酸鹽中二氧化硅之定量
試樣之預備
融熔及製成溶液
除水及過濾
燒灼及試驗二氧化硅法
化合量計算法
練習題
附錄
電位滴定法
還原電位及涅恩斯特氏之法則
電位計之原理
苯醌合苯二酚電極
氧化還原滴定
練習題
化驗室記錄示範
試藥濃度
水之體積及密度表
指示劑靈敏度表
電動序
萬國原子量表
對數表
索引

Language Chinese
Publication date 民國26[1937]
Source
institution QS:P195,Q732353
(民國時期文獻 民國圖書)
主題
InfoField
定量分析
中圖分類
InfoField
O655
載體形態
InfoField
252頁

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Public domain
This image is now in the public domain in China because its term of copyright has expired.

According to copyright laws of the People's Republic of China (with legal jurisdiction in the mainland only, excluding Hong Kong and Macao), amended November 11, 2020, Works of legal persons or organizations without legal personality, or service works, or audiovisual works, enter the public domain 50 years after they were first published, or if unpublished 50 years from creation. For photography works of natural persons whose copyright protection period expires before June 1, 2021 belong to the public domain. All other works of natural persons enter the public domain 50 years after the death of the creator.
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current09:18, 10 June 2023Thumbnail for version as of 09:18, 10 June 20231,239 × 1,754, 271 pages (7.68 MB)PencakeBot (talk | contribs)Upload 定量分析化學 (1/1) by (美)達爾波(H.P.Talbot)著 (batch task; nlc:data_416,08jh009161,25412; 民國圖書.4; 定量分析化學)

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