| 課程編碼 Course Code | 中文課程名稱 Course Name (Chinese) | 英文課程名稱 Course Name (English) | 總學分數 Credits | 總時數 Hours |
|---|---|---|---|---|
| 7305085 | 層析分離工程 | Chromatographic Separation Engineering | 3.0 | 3 |
| 中文概述 Chinese Description | 層析程序作為在分析化學與化工製程中重要的技術，常被用於混合物組成的定性、定量分析以及純化過程。本課程將著重於介紹層析程序過程中的熱力學描述、質傳與熱傳現象、製程設計概念；HPLC色層分析圖譜的詮釋；HPLC相關的實驗技術；層析程序工程的進階應用。在本課程後半，也將讓學生進行層析相關的文獻研究報告、討論各自研究中對於應用層析技術所得相關研究成果。本課程大綱如下： 1. 吸附劑與吸附平衡 2. 線性溶質移動理論 3. 變溫吸附程序 4. 變壓吸附程序 5. 模擬移動床 6. 非線性溶質移動理論 7. 離子交換 8. 在管柱中的熱質傳 9. 線性系統下的質傳解 10. 非線性系統下的質傳描述 | |||
| 英文概述 English Description | 英文概述 English Description As an important technique in analytical chemistry and separation process, chromatography is often used in the qualitative and quantitative analysis of mixture composition and purification process. This course will focus on the thermodynamic description, mass transfer and heat transfer phenomena, and process design in the chromatographic processes; interpretation of HPLC chromatogram; HPLC experimental skills; advanced application of chromatography engineering. Moreover, students will be asked to do literature research on topics related to chromatography, or to discuss relevant research results obtained in their researches. The syllabus is as follows: 1. Adsorbents and adsorption equilibrium 2. Linear solute movement analysis 3. Temperature swing adsorption 4. Pressure swing adsorption 5. Simulated moving bed 6. Nonlinear solute movement analysis 7. Ion exchange 8. Mass and energy transfer in packed beds 9. Mass transfer solutions for linear sys | |||
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