fei jun xiang gong fei zheng liu fen li shui rong ye gong fei wu zhi xiang ping heng yan jiu

Gui Bin Hong

ISBN 10: 3639739124 / ISBN 13: 9783639739121

Editore: Golden Light Academic Publishing Apr 2015, 2015

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Neuware -ben shu yi ye ye ping heng zhuang zhi liang ce yi chun ji yi bing chun shui rong ye jia shang bu tong xie dai ji hou zai chang wen chang ya xia liang ce suo de zhi ye ye ping heng LLE shu ju xuan yong de xie dai ji fen bie wei zheng ding chun bing suan ding zhi ji suan yi zhi yi suan yi zhi ji yi suan yi bing zhi ci wai ye li yong ju shi chuang zhi jing tai shi qi ye xiang wai xun huan xiang ping heng liang ce zhuang zhi liang qu qi ye ping heng VLE ji qi ye ye ping heng VLLE shu ju shi yan jie guo xian shi yi suan yi zhi yi bing chun ji yi suan yi bing zhi yi bing chun hun he wu xi tong jun ju you zui da ya li de gong fei wu xuan yong NRTL ji UNIQUAC mo shi lai miao shu suo tan tao zhi hun he wu xi tong de xiang xing wei jiang hui gui shuang cheng fen ye ye ping heng shu ju suo de mo shi can shu zhi shi wei wen du de xian xing han shu bing jia she qi xiang wei li xiang qi ti ke yi he li di miao shu shuang cheng fen xi tong de qi ye ye ping heng xing wei shi yong you shuang cheng fen pei dui de VLE LLE huo VLLE shu ju hui gui suo de can shu bing wu fa zhun que di gu suan san cheng fen qi ye ye ping heng xing zhi ru guo tong shi diao zheng NRTL ji UNIQUAC mo shi zhong de liu ge mo shi can shu zhi ke yi guan lian san cheng fen xi tong zhi qi ye ye ping heng shu ju zhi man yi de cheng du ben shu liang ce suo de de xiang ping heng shu ju ye yong yu jian yan duo zhong ban ben zhi UNIFAC mo shi de he shi xing ji suan jie guo xian shi UNIFAC Lyngby mo shi dui shuang cheng fen qi ye ping heng xi tong you jiao jia de yu ce neng li dan shi UNIFAC LLE ji UNIFAC Lyngby mo shi zhi neng ding xing di miao shu shuang cheng fen ji san cheng fen qi ye ye ping heng xing wei ci wai shi yong ti ji li fang xing de Soave Redlich Kwong SRK zhuang tai fang cheng shi ji suan qi ye ji qi ye ye ping heng xing zhi ji suan jie guo xian shi yi SRK T CT UNIFAC Lyngby mo shi ju you jiao jia de yu ce neng li ci zhong fang fa bu dan ke zhun que di yu ce shuang cheng fen qi ye ping heng xing zhi yi neng he li gu suan san cheng fen qi ye ye ping heng xiang xing wei SRK T CT UNIFAC LLE mo shi dui type 2 ye ye ping heng xi tong you geng hao de yu ce xingVDM Verlag, Dudweiler Landstraße 99, 66123 Saarbrücken 204 pp. Chinesisch.

Codice articolo 9783639739121

Dati bibliografici

• Titolo: fei jun xiang gong fei zheng liu fen li shui rong ye gong fei wu zhi xiang ping heng yan jiu
• Editore: Golden Light Academic Publishing Apr 2015
• Data di pubblicazione: 2015
• ISBN 10: 3639739124
• ISBN 13: 9783639739121
• Rilegatura: Taschenbuch
• Condizione: Neu

Descrizione articolo

Riassunto

本書以液液平衡裝置量測乙醇及異丙醇水溶液，加上不同挾帶劑後，在常溫常壓下量測所得之液液平衡(LLE)數據，選用的挾帶劑分別為正丁醇、丙酸丁酯、己酸乙酯、乙酸乙酯及乙酸異丙酯。此外，也利用具視窗之靜態式汽液相外循環相平衡量測裝置，量取汽液平衡(VLE)及汽液液平衡(VLLE)數據。實驗結果顯示，乙酸乙酯+異丙醇及乙酸異丙酯+異丙醇混合物系統均具有最大壓力的共沸物。選用NRTL及UNIQUAC模式來描述所探討之混合物系統的相行為，將迴歸雙成份液液平衡數據所得模式參數值視為溫度的線性函數，並假設汽相為理想氣體，可以合理地描述雙成份系統的汽液液平衡行為。使用由雙成份配對的VLE、LLE或VLLE數據迴歸所得參數，並無法準確地估算三成份汽液液平衡性質，如果同時調整NRTL及UNIQUAC模式中的六個模式參數值，可以關聯三成份系統之汽液液平衡數據至滿意的程度。本書量測所得的相平衡數據，也用於檢驗多種版本之UNIFAC模式的合適性，計算結果顯示UNIFAC-Lyngby模式對雙成份汽液平衡系統有較佳的預測能力；但是UNIFAC-LLE及UNIFAC-Lyngby模式只能定性地描述雙成份及三成份汽液液平衡行為。此外，使用體積立方型的Soave-Redlich-Kwong (SRK)狀態方程式計算汽液及汽液液平衡性質，計算結果顯示以SRK-T/CT-UNIFAC-Lyngby模式具有較佳的預測能力，此種方法不但可準確地預測雙成份汽液平衡性質，亦能合理估算三成份汽液液平衡相行為，SRK-T/CT- UNIFAC-LLE模式，對type 2液液平衡系統有更好的預測性。

L'autore

後學過去曾在台灣工業技術研究院(ITRI)能資所擔任研究員，負責經濟部能源局能源專案計畫，也曾在台灣積體電路公司(TSMC)及友達光電(AUO)擔任工程師，負責製程良率提升、材料及新製程技術開發等工作。隨後更換跑道進入學術界，曾經任教於台灣宜蘭的聖母醫護管理專科學校化妝品應用與管理科，目前為台北科技大學化學工程與生物科技系專任教師。主要研究領域為能源管理與節能技術、複合材料製備、活性成份萃取及有效性評估、相平衡分離技術。