| 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 |
|---|---|---|---|---|
| 7925146 | 化學動力學 | Chemical reaction kinetics | 3.0 | 3 |
| 中文概述 Chinese Description | 資源工程的製程技術範圍包括了一些無機性及有機性物質的物理與化學變化。要有效的應用這些物質的製程技術，必須要對製程的化學反應動力學有基本的認識。本課程的主要目的在於教導學生如何設計一個程序以進行所要的化學反應。進行此類程序設計必須要將物理程序與化學程序的速率式相結合。而相關的基本原理包括：物理程序的能量傳送及質量傳送原理，及化學程序的反應動力學。為了達到這個目的，學生要對化學反應的本徵反應速率及程序的輸送現象有基本的認識。此外，本課程亦將介紹反應器設計的基本原理。據此，本課程的教學內容包括： 1. 化學反應動力學 2. 理想反應器的基本質量守恆 3. 等溫與非等溫反應器原理 4. 非均質反應程序、觸媒與吸附理論 | |||
| 英文概述 English Description | Material and resources processing technologies focus on the physical and chemical process of inorganic and organic materials. For effective applications of these processing technologies, understanding the principles of chemical kinetics is essential. The major objective of this course is to learn how to design a process for carrying out desirable chemical reaction. To design this process requires rates of both physical and chemical processes. The principles governing such physical processes as energy transfer and mass transfer are often as important as those which govern chemical kinetics. To combine the rates of chemical and physical process, the essential feature is to understand the intrinsic rate of chemical reaction and the transport phenomena of the process. In addition, the basic principles of reactor design will also be introduced based on abovementioned fundamental principles. Therefore, the contents of this course include: 1. chemical kinetics 2. fundamentals of mass conser | |||
| 核心能力指標 | A.邏輯分析與解決問題的能力 B.專案規劃與執行的能力 | |||
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