一、 教學目的 : 1. To study the fundamental principles of chemical engineering kinetics and chemical reactor design. 2. To learn how to determine operating conditions for carring out desirable chemical reactions.

二、 主要內容: 1. Introduction 2. Mole balance & design equation 3. Rate law & stoichiometry 4 .Isothermal reactor design 5. Collection and analysis of rate data 6. Multiple reactions.7.Nonisothermal Reactor Design 8. Catalysis and catalytic Reactor Deaign學習化學反應工程的基本原理與反應器設計原理。瞭解化學反應之速率以及反應機構，並且探討設計各種化學反應器的方法。

1. Teaching objectives: 1. To study the fundamental principles of chemical engineering kinetics and chemical reactor design. 2. To learn how to determine operating conditions for carrying out desirable chemical reactions.

2. Main content: 1. Introduction 2. Mole balance & design equation 3. Rate law & stoichiometry 4. Isothermal reactor design 5. Collection and analysis of rate data 6. Multiple reactions.7.Nonisothermal Reactor Design 8. Catalysis and catalytic Reactor Design Learn the basic principles of chemical reaction engineering and reactor design principles. Understand the rate of chemical reactions and the reaction mechanism, and explore ways to design various chemical reactors.

本課程之目的在於使學生瞭解化學反應工程之基本原理以及訓練學生能夠應用此些原理於設計,分析或操作化學反應器。

The purpose of this course is to enable students to understand the basic principles of chemical reaction engineering and the ability of trainees to apply these principles to design, analyze or operate chemical reactors.

教科書: H.S. Fogler , Elements of Chemical Reaction Engineering, Prentice_Hall, Inc. 2006(4rd) (新月代理)

參考書: (1)J. M. Smith Chemical Engineering Kinetics (1981) 3rd
(2) O. Levenspiel, Chemical Reaction Engineering (1999)3rd, John Wiley and Sons

Textbook: H.S. Fogler , Elements of Chemical Reaction Engineering, Prentice_Hall, Inc. 2006(4rd) (Crescent Moon Agent)

Reference: (1)J. M. Smith Chemical Engineering Kinetics (1981) 3rd
(2) O. Levenspiel, Chemical Reaction Engineering (1999)3rd, John Wiley and Sons