member.che.kuas.edu.twmember.che.kuas.edu.tw/ieet/附錄/【附錄4-5-1】課程綱 … · Web viewWeekly couse contains five parts that blend reading ... it is hoped to bring students

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6.

2

: Basic Principles and Calculations in Chemical Engineering

: D. M, Himmelblau, et al.

: Prentice Hall PTR International

:

7.

(Chinese Course content)

(English Course content)

12012/09/162012/09/22

22012/09/232012/09/29

32012/09/302012/10/06

42012/10/072012/10/13

Chapter 1. Introduction

52012/10/142012/10/20

Chapter 1. Process Flow Chart

62012/10/212012/10/27

Chapter 1. Mass Balance Table in Proces Flow Chart

72012/10/282012/11/03

Chapter 3. Mass Balance

82012/11/042012/11/10


92012/11/112012/11/17

Middle term Examination

102012/11/182012/11/24


112012/11/252012/12/01


122012/12/022012/12/08


132012/12/092012/12/15


142012/12/162012/12/22

Chpater 4. Gas, Liq, Solid

152012/12/232012/12/29


162012/12/302013/01/05


172013/01/062013/01/12


182013/01/132013/01/19


8.(Chinese Evaluation method )

9.(English Evaluation method )

10.(Chinese Classroom requirements )

11.(English Classroom requirements )

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5.

1

: Fundamental of Physics

: Halliday & Resnick; Jearl Walker

: Wiley & Sons Pte Ltd. (.)

:

2

:

: Halliday & Resnick; Jearl Walker

: Wiley & Sons Pte Ltd. (.)

:

6.

1

: ()

:

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12012/09/162012/09/22

22012/09/232012/09/29

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72012/10/282012/11/03

82012/11/042012/11/10

92012/11/112012/11/17

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112012/11/252012/12/01

122012/12/022012/12/08

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152012/12/232012/12/29

162012/12/302013/01/05

172013/01/062013/01/12

182013/01/132013/01/19


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32012/09/302012/10/06

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62012/10/212012/10/27

72012/10/282012/11/03

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102012/11/182012/11/24

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142012/12/162012/12/22

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1

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: 2010 09

6.

1

: Calculus and its applications

: Daniel D. Benice

: Hoyghton Mifflin

: 2009 09

7.



12012/09/162012/09/22

22012/09/232012/09/29

32012/09/302012/10/06

42012/10/072012/10/13

,

52012/10/142012/10/20

62012/10/212012/10/27

72012/10/282012/11/03

82012/11/042012/11/10

92012/11/112012/11/17

102012/11/182012/11/24

-

112012/11/252012/12/01

Rolle

122012/12/022012/12/08

132012/12/092012/12/15

142012/12/162012/12/22

152012/12/232012/12/29

162012/12/302013/01/05

172013/01/062013/01/12

182013/01/132013/01/19


: 30%, :30%, +: 40%




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1.By previewing typical college course materails, hele students get up to speed in terms of academic content and language skills. 2.Have students acquire knowledge about grammar structures that can be used in basic writing. 3.Have students master at strategies to comprehend reading passages.



The course combines high-interest material from newspapers and magazines with readings from academic textbooks. Weekly couse contains five parts that blend reading and writing skills within the context of a particular academic area of study.


5.

1

: Quest 2 : Reading and Writing

: Pamela Hartmann

: McGraw-Hill

:

6.

1

: Real Reading 2

: David Wiese

: Pearson ESL

:

2

: Composing our world

: Cathy Dibello

:

:

7.



12012/09/162012/09/22

Course Instruction

22012/09/232012/09/29

Ch.1 Doing business internationally

32012/09/302012/10/06


42012/10/072012/10/13

Ch.2 The global economy

52012/10/142012/10/20


62012/10/212012/10/27

Ch.3 Themes and purposes

72012/10/282012/11/03


82012/11/042012/11/10

Ch.4 The ancient world : Egypt

92012/11/112012/11/17

Midterm Exam

102012/11/182012/11/24


112012/11/252012/12/01

Ch.5 States of Conficiousness

122012/12/022012/12/08


132012/12/092012/12/15

Ch.6 Abnotmal psychology

142012/12/162012/12/22


152012/12/232012/12/29

Ch.7 Medicine and drugs : addictive substances

162012/12/302013/01/05


172013/01/062013/01/12

Ch.8 The mind-body relationship

182013/01/132013/01/19

Final Exam


1.Attendance and participation : 40% 2.Midterm Exam : 30% 3.Final Exam : 30%



1. Students are required to attend class weekly. 2. Students must complete take-home assignment. 3. Students must review in detail after calss.


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To understand the related knowledges regarding to "Life science" generally.



To understand the life system and circule in our nature. Further more, the basic biochemical and biological knowledges will be given.


5.

2

: Introduction to Life Science/.

: : , ,

: New-Wun-Ching Development Publishing Co., Ltd./

:

6.

1

: Principles of Biochemistry.

: Lehninger, David L. Nelson, and Michael M. Cox.

: W. H. Freeman and Company, New York/

:

7.


12012/09/162012/09/22

xxx

Moon Cake Festival

22012/09/232012/09/29

Chapter 1 Introduction.

32012/09/302012/10/06

Chapter 2 Origin of Life and Classification of Bioorganisms.

42012/10/072012/10/13

Chapter 3 Genetics.

52012/10/142012/10/20

Chapter 4 Molecular Biology.

62012/10/212012/10/27

Chapter 5 Organic Compounds and Macromolecules.

72012/10/282012/11/03

Chapter 6 Cell Biology.

82012/11/042012/11/10

Chapter 7 Animal Kingdom.

92012/11/112012/11/17

xxx

Midterm-Exam/Homework

102012/11/182012/11/24

Chapter 8 Animal Physiology.

112012/11/252012/12/01

Chapter 9 Immunity and Disease.

122012/12/022012/12/08

Chapter 10 Plant.

132012/12/092012/12/15

Chapter 11 Plant Physiology.

142012/12/162012/12/22

Chapter 12 Microorganisms.

152012/12/232012/12/29

Chapter 13 Biotechnology.

162012/12/302013/01/05

Chapter 14 Ecology.

172013/01/062013/01/12

Chapter 15 Environmentology.

182013/01/132013/01/19

xxx

Final-Term Exam/Final-Term Homework.


Homeworks/ No. 1. 5: Genetics. No. 2. 6: Molecular Biology. No. 3. 7: Organic Compounds and Macromolecules. No. 4. 8: Cell Biology. No. 5. 9(06Nov10 12Nov11): Animal Kingdom. 10: No. 6. 11: Animal Physiology. No. 7. 12: Immunity and Disease. 13: No. 8. 14: Plant Physiology. No. 9. 15: Microorganisms. No.10. 16: Biotechnology. No.11. 17: Ecology. No.12. 18(08Jan12 14Jan12): . , , 1/2. = -1.* -2.*() + 0.7*(+) + 0.2*(+) + 0.1* + free = = Total/ = 0.6* + 0.2* +0.2*



1., , 2., 3., , 4., 5. . Introduction to Life Science/, : , , . New-Wun-Ching Development Publishing Co., Ltd./, 422 pages, 2007, ISBN 978-986-150-606-7 (E235), , Tel:06-3132798, 0917-631-315. NT465.-


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1. Atoms, Molecules and Ions 2. Stoichiometry 3. Type of Chemical Reactions and Solution Stoichiometry 4. Gases 5. Chemical Equilibrium 6. Acids and Bases 7. Applications of Aqueous Equilibria 8. Energy, Enthalpy, and Thermochemistry 9. Spontaneity, Entropy, and Free Energy 10. Electrochemistry 11. Quantum Mechanics and Atomic Theory 12. Bonding: General Concepts 13. Covalent Bonding: Orbital 14. Chemical Kinetics 15. Liquids and Solids 16. Properties of Solutions 17. The representative Elements 18. Transition Metals and Coordination Chemistry 19. The Nucleus: A Chemists View 20. Organic and Biochemical Molecules


5.

3

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: 2010 07

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12012/09/162012/09/22

Introduction

22012/09/232012/09/29

Atoms,Molecules,and Ions

32012/09/302012/10/06

Atoms,Molecules,and Ions

42012/10/072012/10/13

Stoichiometry

52012/10/142012/10/20

Reactions in Aqueous Solutions

62012/10/212012/10/27

Reactions in Aqueous Solutions

72012/10/282012/11/03

Gases

82012/11/042012/11/10

Gases

92012/11/112012/11/17

Mid-term Examination

102012/11/182012/11/24

Energy Relationships in Chemical Reactions

112012/11/252012/12/01

Energy Relationships in Chemical Reactions

122012/12/022012/12/08

The Electronic Structure of Atoms

132012/12/092012/12/15

The Periodic Table

142012/12/162012/12/22

Chemical Bonding

152012/12/232012/12/29

Chemical Bonding

162012/12/302013/01/05

Introduction to Organic Chemistry

172013/01/062013/01/12


182013/01/132013/01/19

Final Examination


30% , 30% , 40%




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1. ; 2. ; 3. ; 4. ; 5. ; 6. ; 7.; 8. ; 9. ; 10. ; 11. ; 12. ; 13. ;14.


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12012/09/162012/09/22

22012/09/232012/09/29

32012/09/302012/10/06

42012/10/072012/10/13

52012/10/142012/10/20

62012/10/212012/10/27

72012/10/282012/11/03

82012/11/042012/11/10

92012/11/112012/11/17

102012/11/182012/11/24

112012/11/252012/12/01

122012/12/022012/12/08

132012/12/092012/12/15

142012/12/162012/12/22

152012/12/232012/12/29

162012/12/302013/01/05

172013/01/062013/01/12

182013/01/132013/01/19


1. (40%*2=80%) 2. (20%)




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1.(Matrices, Determination, Vectors) 2.(Vector calculus) 3.(Sysytem of Linear Differential Equations) 4.(Sysytem of Nonlinear Differential Equations) 5.(Fourier Series) 6.(Partial Differential Equations)


5.

2

:

:

:

:

6.

1

: Advanced Engineering Mathematics

: Peter V. ONeil

: Jones and Bartlett Publishers

:

7.



12012/09/162012/09/22

22012/09/232012/09/29

32012/09/302012/10/06

42012/10/072012/10/13

52012/10/142012/10/20

62012/10/212012/10/27

72012/10/282012/11/03

82012/11/042012/11/10

92012/11/112012/11/17

102012/11/182012/11/24

112012/11/252012/12/01

122012/12/022012/12/08

132012/12/092012/12/15

142012/12/162012/12/22

152012/12/232012/12/29

162012/12/302013/01/05

172013/01/062013/01/12

182013/01/132013/01/19


30%, 15%, 15%, 10%, 30%




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--,,



1. Structure and Bonding; 2. Polar Bonds and Their Consequences; 3. Organic Componds: Alkanes and Cycloalkanes; 4. Stereochemstry of Alkanes and Cycloalkanes Alkenes; 5. An overview of organic reactions; 6. Alkenes: Structure and Reactivity Alkenes: Reactions and Synthesis Alkynes: An Intruction to Organic Synthesis; 7. Stereochemistry; 8. Organohalides; 9. Nucleophilic Substitutions and Eliminations; 10. Structure Determination: Mass Spectroscopy and Infrared Spectroscopy; 11. Benzene and Aromaticity Chemistry of Benzene: Electrophilic Aromatic Substitution;


5.

1

: Organic Chemistry

: Jhon McMurry

:

:

6.

1

:

:

:

:

7.



12012/09/162012/09/22

Structure and Bonding(I)

22012/09/232012/09/29

Structure and Bonding(II)

32012/09/302012/10/06

Polar Bonds and Their Consequences

42012/10/072012/10/13

Organic Componds: Alkanes and Cycloalkanes(I)

52012/10/142012/10/20

Organic Componds: Alkanes and Cycloalkanes(II)

62012/10/212012/10/27

Exam(I)

72012/10/282012/11/03

Stereochemstry of Alkanes and Cycloalkanes Alkenes

82012/11/042012/11/10

An overview of organic reactions(I)

92012/11/112012/11/17

An overview of organic reactions(II)

102012/11/182012/11/24

Alkenes: Structure and Reactivity Alkenes: Reactions and Synthesis Alkynes: An Intruction to Organic Synthesis(I)

112012/11/252012/12/01

Alkenes: Structure and Reactivity Alkenes: Reactions and Synthesis Alkynes: An Intruction to Organic Synthesis(II)

122012/12/022012/12/08

Exam(II)

132012/12/092012/12/15

Stereochemistry

142012/12/162012/12/22

Organohalides

152012/12/232012/12/29

Nucleophilic Substitutions and Eliminations;

162012/12/302013/01/05

Structure Determination: Mass Spectroscopy and Infrared Spectroscopy

172013/01/062013/01/12

Benzene and Aromaticity Chemistry of Benzene: Electrophilic Aromatic Substitution

182013/01/132013/01/19

Exam(III)


1. (30%*3=90%) 2. (10%)




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1. 2.


5.

1

: Physical Chemistry 4th Edition

: Silbey, Alberty and Bawendi

: John Wiley and Sons, Inc.

:

6.

1

:

:

:

:

7.



12012/09/162012/09/22

Part one Thermodynamics

22012/09/232012/09/29

Chap. 1 Zeroth law of thermodynamics and equations of state

32012/09/302012/10/06


42012/10/072012/10/13


52012/10/142012/10/20


62012/10/212012/10/27

Chap. 2 First law of thermodynamics

1()

72012/10/282012/11/03


82012/11/042012/11/10


92012/11/112012/11/17


102012/11/182012/11/24

Chap. 3 Second and third law of thermodynamics

112012/11/252012/12/01


122012/12/022012/12/08


2()

132012/12/092012/12/15


142012/12/162012/12/22

Chap. 4 Fundamental equations of thermodynamics

152012/12/232012/12/29


162012/12/302013/01/05


172013/01/062013/01/12


182013/01/132013/01/19

3()


130% 230% 330% 10%




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1.Students are able to use listening and speaking strategies in real conversation. 2.Students are able to start a conversation. 3.Students are able to improve listening comprehension.



This course will consist of listening comprehension exercises and speaking activities. Students in this class must speak in English, and are encouraged to participate in class discussions and instructional activities. Speaking and listening practice are conducted in each session to ensure learning effectiveness. Classroom activities are also conducted to provide pleasant learning experiences. Through the course, it is hoped to bring students to the real world in which English is used as a tool to communicate.


5.

1

: TOP NOTCH : Level 2

: Joan Saslow. Allen Ascher

: Pearson Longman

:

6.

1

: TOEICGEPTFUNDAY(http://www.afl.kuas.edu.tw/eng/)

:

:

:

3

: Quest 2 : listening and speaking

: Laurie Blass

: MacGraw-Hill

:

7.



12012/09/162012/09/22

introdoction to the course

22012/09/232012/09/29

Unit 1- Greeting and small talk

32012/09/302012/10/06


42012/10/072012/10/13

Unit 2- movies and entertainment

52012/10/142012/10/20


62012/10/212012/10/27

Unit 3- staying in hotels Unit 4- It could happen to anyone

72012/10/282012/11/03

Unit 3- staying in hotels

82012/11/042012/11/10

Unit 4- cars and driving

92012/11/112012/11/17

Mid-term Exam

102012/11/182012/11/24


112012/11/252012/12/01

Unit 5- personal care and appearance

122012/12/022012/12/08


132012/12/092012/12/15

Unit 6- eating well

142012/12/162012/12/22

Unit 6- eating well

152012/12/232012/12/29

Unit 7- about personality

162012/12/302013/01/05


172013/01/062013/01/12

Unit 8- the arts

182013/01/132013/01/19

Final Exam


1.participation and attendance : 40% 2.Mid-term Exam : 30% 3.Final Exam : 30%



1. Be sure to preview and review the content in the textbook. 2. Call the roll on the weekly basis


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12012/09/162012/09/22

22012/09/232012/09/29

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42012/10/072012/10/13

52012/10/142012/10/20

62012/10/212012/10/27

72012/10/282012/11/03

82012/11/042012/11/10

92012/11/112012/11/17

102012/11/182012/11/24

112012/11/252012/12/01

122012/12/022012/12/08

132012/12/092012/12/15

142012/12/162012/12/22

152012/12/232012/12/29

162012/12/302013/01/05

172013/01/062013/01/12

182013/01/132013/01/19


30%, 30%,40%,




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1. 2. 3. 4.


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12012/09/162012/09/22

22012/09/232012/09/29

32012/09/302012/10/06

()

42012/10/072012/10/13

()

52012/10/142012/10/20

62012/10/212012/10/27

72012/10/282012/11/03

82012/11/042012/11/10

92012/11/112012/11/17

102012/11/182012/11/24

112012/11/252012/12/01

()

122012/12/022012/12/08

()

132012/12/092012/12/15

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142012/12/162012/12/22

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152012/12/232012/12/29

162012/12/302013/01/05

172013/01/062013/01/12

182013/01/132013/01/19


+++



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The greenergy technology is very important course for engineering field student. The teaching emphasizes the relation between theory and applications. There are four major areas in this subject, and these learning aids help guide students in understanding basic concepts of advanced energy science and technology. I. Energy resources II. Energy related technology III. Energy Applications, Security and Policy IV. Sustainable development in future



1. 2. 3. 4. (Quality Assurance)--()


5.

1

: Lectures(PPT/PDF Files)

: TS Leu ()

:

:

6.

1

: Issues from energy organization

:

:

:

2

: Papers and Reports

:

:

:

7.


12012/09/162012/09/22

Subject Summary- Course Outline and Grading Policy

22012/09/232012/09/29

Chapter 1 Introduction- (a)Energy Resources, Conversion and Utilization (b)Energy in the Globe and Taiwan

32012/09/302012/10/06

Chapter 2 Conventional Energy Technology- (a)Fossil Fuels (b)Nuclear Energy(Nuclear Fission and Fusion)

42012/10/072012/10/13

Chapter 3 Advanced Technology for Coal Energy- (a)Clean Coal Technology (b)IGCC, IGFC, PFBC, SCPC and CCS

52012/10/142012/10/20

Chapter 4 Green Energy Technology for Natural Energy I- (a)Hydropower Energy and Geothermal Energy (b)Marine Energy

62012/10/212012/10/27

Chapter 4 Green Energy Technology for Natural Energy II- (a)Wind Energy (b)Solar Energy(PV cell, DSSC)

72012/10/282012/11/03

Chapter 5 Green Energy Technology for Renewable Energy I- (a)Waste Energy (b)Biomass Energy

82012/11/042012/11/10

Chapter 5 Green Energy Technology for Renewable Energy II- (a)Hydrogen Energy (b)Fuel Cell

92012/11/112012/11/17

Middle Term Examination

102012/11/182012/11/24

Chapter 6 Energy Economy and Development

112012/11/252012/12/01

Chapter 6 Energy Economy and Development

122012/12/022012/12/08

Chapter 7 Energy Environment and Security

132012/12/092012/12/15

Chapter 7 Energy Environment and Security

142012/12/162012/12/22

Chapter 8 Energy Sustainable Perspectives

152012/12/232012/12/29

Chapter 8 Energy Sustainable Perspectives

162012/12/302013/01/05

Chapter 9 Energy Applications and Management

172013/01/062013/01/12

Chapter 10 Energy Policy and Vision

182013/01/132013/01/19

Final Term Examination


(a) Ordinary Results50% I- Attendance30% II- Spirit, Attitude and Mutual promise10% III- Homework and Report10% (b) Middle Test25% (c) Final Test25%



(a) For teacherEarnest teaching and quality assurance (b) For studentsAllowed limit absence and study hard (c) For classroom(equipment)Projector


0470

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0472

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1011

: 2013/05/17

:

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.



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12012/09/162012/09/22

,

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62012/10/212012/10/27

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132012/12/092012/12/15

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:

1011

: 2013/05/17

:

:

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5.

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:

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:

: 2012 08

6.

1

:

:

:

: 2007 06

7.



12012/09/162012/09/22

22012/09/232012/09/29

32012/09/302012/10/06

42012/10/072012/10/13

52012/10/142012/10/20

62012/10/212012/10/27

72012/10/282012/11/03

82012/11/042012/11/10

92012/11/112012/11/17

102012/11/182012/11/24

112012/11/252012/12/01

122012/12/022012/12/08

132012/12/092012/12/15

142012/12/162012/12/22

152012/12/232012/12/29

162012/12/302013/01/05

172013/01/062013/01/12

182013/01/132013/01/19


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1011

: 2013/05/17

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2

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1

: Transport Phenomena

: Bird

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:

2

:

:

:

:

7.



12012/09/162012/09/22

22012/09/232012/09/29

32012/09/302012/10/06

42012/10/072012/10/13

52012/10/142012/10/20

62012/10/212012/10/27

72012/10/282012/11/03

82012/11/042012/11/10

92012/11/112012/11/17

102012/11/182012/11/24

112012/11/252012/12/01

122012/12/022012/12/08

132012/12/092012/12/15

142012/12/162012/12/22

152012/12/232012/12/29

162012/12/302013/01/05

172013/01/062013/01/12

182013/01/132013/01/19





:

1011

: 2013/05/17

: ()

:

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5.

1

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12012/09/162012/09/22

22012/09/232012/09/29

32012/09/302012/10/06

(,)

42012/10/072012/10/13

52012/10/142012/10/20

62012/10/212012/10/27

72012/10/282012/11/03

82012/11/042012/11/10

92012/11/112012/11/17

102012/11/182012/11/24

,

112012/11/252012/12/01

,

122012/12/022012/12/08

132012/12/092012/12/15

142012/12/162012/12/22

152012/12/232012/12/29

162012/12/302013/01/05

172013/01/062013/01/12

182013/01/132013/01/19


402040




:

1011

: 2013/05/17

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:

: 3.0

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:


entropyentropyClausius-Clayperon Van der Waals




5.

2

: Chemical Thermodynamics for Metals and Materials

: Hae-Geon Lee

: Impreial College Press

:

3

: Introduction to the Thermodynamics of Materials

: D.R. Gaskell

: Taylor & Francis

:

4

:

: D.R. Gaskell ()

:

: 2003 09

6.

1

:

:

:

:

7.



12012/09/162012/09/22

22012/09/232012/09/29

32012/09/302012/10/06

42012/10/072012/10/13

52012/10/142012/10/20

1

62012/10/212012/10/27

(I)

72012/10/282012/11/03

(II)

82012/11/042012/11/10

(I)

92012/11/112012/11/17

102012/11/182012/11/24

(II)

112012/11/252012/12/01

(I)

122012/12/022012/12/08

(I)

132012/12/092012/12/15

(I)

142012/12/162012/12/22

(II)

2

152012/12/232012/12/29

(III)

162012/12/302013/01/05

(I)

172013/01/062013/01/12

(II)

182013/01/132013/01/19


: 30% : 30% : 40%




:

1011

: 2013/05/17

:

:

: 3.0

: 3.0

:


1. 2. 3.



1. 2. 3. 4. 5. 6. 7.GaAs 8.


5.

1

:

:

:

: 2009 04ISBN:978-957-11-5204-2

2

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6.

1

:

:

:

: 2007 08ISBN:978-957-11-4804-5

7.



12012/09/162012/09/22

/

22012/09/232012/09/29

:/1

32012/09/302012/10/06

:/2

42012/10/072012/10/13

:/1

52012/10/142012/10/20

:/2

62012/10/212012/10/27

:/1

72012/10/282012/11/03

:/2

82012/11/042012/11/10

:/3

92012/11/112012/11/17

/

102012/11/182012/11/24

:/1

112012/11/252012/12/01

:/2

122012/12/022012/12/08

:/1

132012/12/092012/12/15

:/2

142012/12/162012/12/22

:/1

152012/12/232012/12/29

:/2

162012/12/302013/01/05

:GaAs/1

172013/01/062013/01/12

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182013/01/132013/01/19

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(40%) (30%) (30%)



1.() 2.500 3.2~3ppt/20min+10


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1011

: 2013/05/17

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5.

1

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6.

1

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12012/09/162012/09/22

22012/09/232012/09/29

32012/09/302012/10/06

42012/10/072012/10/13

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62012/10/212012/10/27

72012/10/282012/11/03

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92012/11/112012/11/17

102012/11/182012/11/24

112012/11/252012/12/01

122012/12/022012/12/08

132012/12/092012/12/15

142012/12/162012/12/22

152012/12/232012/12/29

162012/12/302013/01/05

172013/01/062013/01/12

182013/01/132013/01/19


100%




:

1011

: 2013/05/17

:

:

: 3.0

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PH SBRUASB/(A/O) BOD pH COD MLSSSVI


5.

4

:

:

:

:

6.

2

: Environmental Engineers Handbook

: Paul A. Bouis etc.

: Princeton, New Jersey

:

7.


12012/09/162012/09/22

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32012/09/302012/10/06

PH

42012/10/072012/10/13

52012/10/142012/10/20

SBRUASB/(A/O)

62012/10/212012/10/27

72012/10/282012/11/03

82012/11/042012/11/10

92012/11/112012/11/17

102012/11/182012/11/24

BOD pH COD

112012/11/252012/12/01

MLSSSVI

122012/12/022012/12/08

132012/12/092012/12/15

142012/12/162012/12/22

152012/12/232012/12/29

162012/12/302013/01/05

172013/01/062013/01/12

182013/01/132013/01/19


40%20%




:

1011

: 2013/05/17

: ()

:

: 0.0

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1. 2. 3. 4.


5.

1

:

:

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1

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7.



12012/09/162012/09/22

22012/09/232012/09/29

32012/09/302012/10/06

42012/10/072012/10/13

52012/10/142012/10/20

62012/10/212012/10/27

72012/10/282012/11/03

82012/11/042012/11/10

92012/11/112012/11/17

102012/11/182012/11/24

,

112012/11/252012/12/01

,

122012/12/022012/12/08

132012/12/092012/12/15

142012/12/162012/12/22

152012/12/232012/12/29

162012/12/302013/01/05

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172013/01/062013/01/12

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402040




:

1011

: 2013/05/17

: ()

:

: 3.0

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5.

1

: fundamentals of momentum,heat, and mass transfer

: 3W

: john wiley &sons, inc

:

6.

1

: Unit operations of Chemical Engineering

: McCabe, Smith, Hariot

:

:

7.



12012/09/162012/09/22

foudamentals of mass transfer

22012/09/232012/09/29

foudamentals of mass transfer

32012/09/302012/10/06

differential equations of mass transfer

42012/10/072012/10/13

steady state molecular diffusion

52012/10/142012/10/20

steady state molecular diffusion

62012/10/212012/10/27

unsteady state molecular diffusion

72012/10/282012/11/03

unsteady state molecular diffusion

82012/11/042012/11/10

convective mass transfer

92012/11/112012/11/17

102012/11/182012/11/24

convective mass transfer

112012/11/252012/12/01

convective mass transfer between phases

122012/12/022012/12/08

convective mass transfer between phases

132012/12/092012/12/15

convective mass tranfer correlations

142012/12/162012/12/22


152012/12/232012/12/29


162012/12/302013/01/05

mass transfer equipment

172013/01/062013/01/12

mass transfer equipment

182013/01/132013/01/19


First Midterm Exam 25% Second Midterm Exam 25% Third Midterm Exam 25% Final Exam 25%



3


:

1011

: 2013/05/17

:

:

: 1.0

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12012/09/162012/09/22

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32012/09/302012/10/06

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1~6(7)

52012/10/142012/10/20

1~6(7)

62012/10/212012/10/27

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72012/10/282012/11/03

1~6(7)

82012/11/042012/11/10

1~6(7)

92012/11/112012/11/17

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1~6(7)

112012/11/252012/12/01

1~6(7)

122012/12/022012/12/08

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132012/12/092012/12/15

1~6(7)

142012/12/162012/12/22

1~6(7)

152012/12/232012/12/29

1~6(7)

162012/12/302013/01/05

1~6(7)

172013/01/062013/01/12

1~6(7)

182013/01/132013/01/19


10%, 30%, +40%, 20%




:

1011

: 2013/05/17

:

:

: 3.0

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(1)(2)(3)(4)(5)(6)(7)(8)


5.

1

: Electrochemical methods fundamentals and applications

: Allen J. Bard, Larry R. Faulkner

: John Wiley & Sons, Inc

: 2001 01

2

: Cyclic voltammetry simulation and analysis of reaction mechanism

: David K. Gosser, Jr

: VCH

: 2001 01

3

: Modern analysis for electroplating

: Peter W. Wild

: Finishing Publications LTD.

: 2000 01

4

: Modern electroplating

: Mordechay Schlesinger, Milan Paunovic

: John Wiley & Sons, Inc.

: 2000 01

6.

1

: Electrochemical data

: D. Dobos

: Elsevier Scientific Publishing Company

: 2002 01

2

:

:

:

: 2007 03

3

:

:

:

: 2005 07

7.



12012/09/162012/09/22

22012/09/232012/09/29

32012/09/302012/10/06

42012/10/072012/10/13

52012/10/142012/10/20

62012/10/212012/10/27

72012/10/282012/11/03

82012/11/042012/11/10

92012/11/112012/11/17

102012/11/182012/11/24

112012/11/252012/12/01

122012/12/022012/12/08

132012/12/092012/12/15

142012/12/162012/12/22

152012/12/232012/12/29

162012/12/302013/01/05

172013/01/062013/01/12

182013/01/132013/01/19


(1)30%(2)40%(3)30%




:

1011

: 2013/05/17

: ()-

:

: 2.0

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5.

1

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6.

1

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12012/09/162012/09/22

22012/09/232012/09/29

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:

112012/11/252012/12/01

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152012/12/232012/12/29

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172013/01/062013/01/12

182013/01/132013/01/19


20 30 30 20 %



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5.

1

: Basic Principles and Calculations in Chemical Engineering (), 6th ver.

: D. M. Himmelblau, J. B. Riggs (, etc. )

: Prentec Hall International. ()

:

6.

1

: Basic Principles and Calculations in Chemical Engineering , 7th ver.

: Himmelblau

: Prentice Hall Int'al

:

7.



12013/02/242013/03/02

/////

22013/03/032013/03/09

/////

32013/03/102013/03/16

/////

42013/03/172013/03/23

52013/03/242013/03/30

62013/03/312013/04/06

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82013/04/142013/04/20

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102013/04/282013/05/04

112013/05/052013/05/11

122013/05/122013/05/18

132013/05/192013/05/25

142013/05/262013/06/01

152013/06/022013/06/08

162013/06/092013/06/15

172013/06/162013/06/22

182013/06/232013/06/29


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:

1012

: 2013/05/17

:

:

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6.

1

: Petroleum Refining ', Technology and Economics. 4th

: Glenn E. Handwerk, James H. Gary,

:

:

2

: Motor Gasoline

: E.L. Marshall and K. Owen,

: The College of Petroleum and Energy Studies, Oxford, UK.

:

3

: Elements of Petroleum Processing

: D. S. J. Jones,

: John Wiley & Sons

:

7.



12013/02/242013/03/02

22013/03/032013/03/09

32013/03/102013/03/16

42013/03/172013/03/23

52013/03/242013/03/30

()

62013/03/312013/04/06

()

72013/04/072013/04/13

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(40%)(40%)(20%)




:

1012

: 2013/05/17

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:

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ch01 Introduction to Materials Science ch02 Atomic Structure and Bonding in Solids ch03 Metallic and Ceramic Structures ch04 Structures of Polymers ch05 Defects in Solids ch06 Diffusion in Solids ch07 Mechanical Properties of Solids ch08 Deformation and Strengthening Mechanisms of Materials ch09 Failure of Materials ch10 Phase Diagrams ch11 Phase Transformations ch12 Electrical Properties of Materials ch13 Types and Applications of Metals Ceramics and Polymers ch14 Synthesis Fabrication and Processing of Metals Ceramics and Polymers ch15 Composite Materials ch16 Corrosion and Degradation ch17 Thermal Properties of Materials ch18 Magnetic Properties of Materials ch19 Optical Properties of Materials


5.

1

: Fundamentals of Materials Science and Engineering

: William D. Callister, Jr.& David G. Rethwisch

:

:

6.

1

: Elements of Materials Science and Engineering

: Lawrence H. Van Vlack

:

:

7.



12013/02/242013/03/02

ch01 Introduction to Materials Science ch02 Atomic Structure and Bonding in Solids

22013/03/032013/03/09

ch03 Metallic and Ceramic Structures

32013/03/102013/03/16

ch04 Structures of Polymers

42013/03/172013/03/23

ch05 Defects in Solids

52013/03/242013/03/30

ch06 Diffusion in Solids

62013/03/312013/04/06

ch07 Mechanical Properties of Solids

72013/04/072013/04/13

ch08 Deformation and Strengthening Mechanisms of Materials

82013/04/142013/04/20

ch09 Failure of Materials

92013/04/212013/04/27

ch10 Phase Diagrams

102013/04/282013/05/04

ch11 Phase Transformations

112013/05/052013/05/11

ch12 Electrical Properties of Materials

122013/05/122013/05/18

ch13 Types and Applications of Metals Ceramics and Polymers

132013/05/192013/05/25

ch14 Synthesis Fabrication and Processing of Metals Ceramics and Polymers

142013/05/262013/06/01

ch15 Composite Materials

152013/06/022013/06/08

ch16 Corrosion and Degradation

162013/06/092013/06/15

ch17 Thermal Properties of Materials

172013/06/162013/06/22

ch18 Magnetic Properties of Materials

182013/06/232013/06/29

ch19 Optical Properties of Materials


(40%)+(30%)+(30%),



,0%,.10%.


:

1012

: 2013/05/17

: ()

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5.

1

: Fundamentals of Physics

: David Holliday, Robert Resnick and Jeatl Walker

: John Wiley and Sons, Inc

:

6.

1

:

: ,,

:

:

7.



12013/02/242013/03/02

22013/03/032013/03/09

32013/03/102013/03/16

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62013/03/312013/04/06

72013/04/072013/04/13

82013/04/142013/04/20

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152013/06/022013/06/08

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162013/06/092013/06/15

172013/06/162013/06/22

182013/06/232013/06/29


30% 40% 30%



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62013/03/312013/04/06

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92013/04/212013/04/27

102013/04/282013/05/04

112013/05/052013/05/11

122013/05/122013/05/18

132013/05/192013/05/25

142013/05/262013/06/01

152013/06/022013/06/08

162013/06/092013/06/15

172013/06/162013/06/22

182013/06/232013/06/29


30%30%40%



1. 2.()


:

1012

: 2013/05/17

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:


1.By previewing typical college course materails, hele students get up to speed in terms of academic content and language skills. 2.Have students acquire knowledge about grammar structures that can be used in basic writing. 3.Have students master at strategies to comprehend reading passages.



The course combines high-interest material from newspapers and magazines with readings from academic textbooks. Weekly couse contains five parts that blend reading and writing skills within the context of a particular academic area of study.


5.

1

: Quest 2 : Reading and Writing

: Pamela Hartmann

: McGraw-Hill

:

6.

1

: Real Reading 2

: David Wiese

: Pearson ESL

:

2

: Composing our world

: Cathy Dibello

:

:

7.



12013/02/242013/03/02

Course Instruction

22013/03/032013/03/09


32013/03/102013/03/16


42013/03/172013/03/23


52013/03/242013/03/30


62013/03/312013/04/06


72013/04/072013/04/13


82013/04/142013/04/20


92013/04/212013/04/27

Midterm Exam

102013/04/282013/05/04


112013/05/052013/05/11


122013/05/122013/05/18


132013/05/192013/05/25


142013/05/262013/06/01


152013/06/022013/06/08


162013/06/092013/06/15


172013/06/162013/06/22

Ch.8 The mind-body relationship

182013/06/232013/06/29

Final Exam


1.Attendance and participation : 40% 2.Midterm Exam : 30% 3.Final Exam : 30%



1. Students are required to attend class weekly. 2. Students must complete take-home assignment. 3. Students must review in detail after calss.


:

1012

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: 3.0

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, , , , ,


5.

1

:

: Ron Larson, Robert Hosteler and

:

:

6.

1

: Calculus and its applications, 2e

: Daniel D. Benice

: Hoyghton Mifflin

:

7.



12013/02/242013/03/02

22013/03/032013/03/09

32013/03/102013/03/16

42013/03/172013/03/23

52013/03/242013/03/30

():

62013/03/312013/04/06

():

72013/04/072013/04/13

82013/04/142013/04/20

92013/04/212013/04/27

102013/04/282013/05/04

112013/05/052013/05/11

122013/05/122013/05/18

132013/05/192013/05/25

142013/05/262013/06/01

152013/06/022013/06/08

162013/06/092013/06/15

172013/06/162013/06/22

182013/06/232013/06/29


: 30%, :30%, : 40%




:

1012

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: 3.0

: 3.0

:




1. Chemical bonding 2. Introduction to Organic Chemistry 3. Intermolecular forces and liquids and solids 4. Physical properties of solutions 5. Chemical kinetics 6. Chemical equilibrium 7. Acids and bases 8. Acid-base equilibria and solubility equilibria


5.

1

:

:

:

:

2

:

:

:

:

6.

1

:

:

:

:

7.



12013/02/242013/03/02

Chemical bonding I

22013/03/032013/03/09

Chemical bonding I

32013/03/102013/03/16

Chemical bonding II

42013/03/172013/03/23

Chemical bonding II

52013/03/242013/03/30


62013/03/312013/04/06


72013/04/072013/04/13

Intermolecular forces and liquids and solids

82013/04/142013/04/20

Intermolecular forces and liquids and solids

92013/04/212013/04/27

Mid-term Examination

102013/04/282013/05/04

Chemical kinetics

112013/05/052013/05/11

Chemical kinetics

122013/05/122013/05/18

Chemical equilibrium

132013/05/192013/05/25

Chemical equilibrium

142013/05/262013/06/01

Acids and bases

152013/06/022013/06/08

Acids and bases

162013/06/092013/06/15

Acid-base equilibria and solubility equilibria

172013/06/162013/06/22

Acid-base equilibria and solubility equilibria

182013/06/232013/06/29

Final Examination


35% , 35% , 30%




:

1012

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:

:

: 1.0

: 3.0

:


1. 2.




5.

1

:

:

:

:

6.

1

:

:

:

:

7.



12013/02/242013/03/02

22013/03/032013/03/09

32013/03/102013/03/16

42013/03/172013/03/23

52013/03/242013/03/30

62013/03/312013/04/06

72013/04/072013/04/13

82013/04/142013/04/20

92013/04/212013/04/27

102013/04/282013/05/04

112013/05/052013/05/11

122013/05/122013/05/18

132013/05/192013/05/25

142013/05/262013/06/01

152013/06/022013/06/08

162013/06/092013/06/15

172013/06/162013/06/22

182013/06/232013/06/29


(30%),(40%), (30%)



,


0441

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401

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305

0445

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3.0

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204

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:

1012

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:

: 3.0

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:




1.(Matrices, Determination, Vectors) 2.(Vector calculus) 3.(Sysytem of Linear Differential Equations) 4.(Sysytem of Nonlinear Differential Equations) 5.(Fourier Series) 6.(Partial Differential Equations)


5.

1

: Advanced Engineering Mathematics

: Erwin Kreyszig3

: Wiley and Sons, (-)

:

6.

1

:

:

:

:

7.



12013/02/242013/03/02

22013/03/032013/03/09

32013/03/102013/03/16

42013/03/172013/03/23

52013/03/242013/03/30

62013/03/312013/04/06

72013/04/072013/04/13

82013/04/142013/04/20

92013/04/212013/04/27

102013/04/282013/05/04

112013/05/052013/05/11

122013/05/122013/05/18

132013/05/192013/05/25

142013/05/262013/06/01

152013/06/022013/06/08

162013/06/092013/06/15

172013/06/162013/06/22

182013/06/232013/06/29


30%, 25%, 15%, 30%




:

1012

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:

:

: 3.0

: 3.0

:


1 2 3 4 5



1 2 3 4 5


5.

1

:

:

:

: 2007 10

6.

1

:

:

:

: 1994 06

2

:

:

:

: 2000

7.



12013/02/242013/03/02

22013/03/032013/03/09

32013/03/102013/03/16

42013/03/172013/03/23

52013/03/242013/03/30

62013/03/312013/04/06

72013/04/072013/04/13

82013/04/142013/04/20

92013/04/212013/04/27

102013/04/282013/05/04

112013/05/052013/05/11

122013/05/122013/05/18

132013/05/192013/05/25

142013/05/262013/06/01

152013/06/022013/06/08

162013/06/092013/06/15

172013/06/162013/06/22

182013/06/232013/06/29


(30%)+(30%)+(40%)



++


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: 3.0

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1. Introduction; 2. The first law of thermodynamics and other basic concepts; 3. Volumetric properties of pure fluid; 4. Heat effects; 5. The second law of thermodynamics; 6. Thermodynamic properties of fluid; 7. Applications of thermodynamics to flow process; 8. Production of power form heat; 9. Refrigeration and liquefaction; 10. Vapor/liquid equilibrium: introduction; 11. Solution thermodynamics: theory; 12. Solution thermodynamics: application


5.

1

: Introduction to Chemical Engineering Thermodynamics

: M. Smith, H.C. Van Ness, and M.M. Abbott

: McGraw Hill

:

6.

1

: Chemical and Engineering Thermodynamics, 3rd ed

: S.I. Sandler

: John Wiley & Son

:

2

: Fundamentals of Engineering Thermodynamics

: J.R. Howell and R.O. Buckius

: McGraw Hill

:

7.



12013/02/242013/03/02

Introduction

22013/03/032013/03/09

The first law of thermodynamics and other basic concepts(I)

32013/03/102013/03/16

The first law of thermodynamics and other basic concepts(II)

42013/03/172013/03/23

The first law of thermodynamics and other basic concepts(III)

52013/03/242013/03/30

Volumetric properties of pure fluid(I)

62013/03/312013/04/06

Volumetric properties of pure fluid(II)

72013/04/072013/04/13

Heat effects

82013/04/142013/04/20

The second law of thermodynamics(I)

92013/04/212013/04/27

The second law of thermodynamics(II)

102013/04/282013/05/04

The second law of thermodynamics(II)

112013/05/052013/05/11

Thermodynamic properties of fluid(I)

122013/05/122013/05/18

Thermodynamic properties of fluid(II)

132013/05/192013/05/25

Applications of thermodynamics to flow process

142013/05/262013/06/01

Vapor/liquid equilibrium: introduction(I)

152013/06/022013/06/08

Vapor/liquid equilibrium: introduction(II)

162013/06/092013/06/15

Solution thermodynamics: theory (I)

172013/06/162013/06/22

Solution thermodynamics: theory(II)

182013/06/232013/06/29

Solution thermodynamics: application


1. (25%*3=75%) 2. (25%)




:

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:

: 1.0

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1. 2. ,,.... 3.


5.

1

:

: ,

:

:

6.

1

:

:

:

:

7.



12013/02/242013/03/02

,

22013/03/032013/03/09

32013/03/102013/03/16

42013/03/172013/03/23

52013/03/242013/03/30

62013/03/312013/04/06

72013/04/072013/04/13

82013/04/142013/04/20

()

92013/04/212013/04/27

102013/04/282013/05/04

112013/05/052013/05/11

122013/05/122013/05/18

132013/05/192013/05/25

142013/05/262013/06/01

152013/06/022013/06/08

162013/06/092013/06/15

Dehydrobromination;Synthesis of 1-Bromopropene

172013/06/162013/06/22

182013/06/232013/06/29


, 40% 30% 30%



,,


:

1012

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:

: 3.0

: 3.0

:




1. 2.


5.

1

: Physical Chemistry 4th Edition

: Silbey, Alberty and Bawendi

: John Wiley and Sons, Inc.

:

6.

1

:

:

:

:

7.



12013/02/242013/03/02

Chemical Equilibrium

22013/03/032013/03/09


32013/03/102013/03/16


42013/03/172013/03/23


52013/03/242013/03/30


62013/03/312013/04/06

Phase Equilibrium

72013/04/072013/04/13

Phase Equilibrium

82013/04/142013/04/20

Phase Equilibrium

92013/04/212013/04/27

Phase Equilibrium

102013/04/282013/05/04

Phase Equilibrium

112013/05/052013/05/11

Phase Equilibrium

122013/05/122013/05/18

Electrochemical Equilibrium

132013/05/192013/05/25


142013/05/262013/06/01


152013/06/022013/06/08


162013/06/092013/06/15


172013/06/162013/06/22


182013/06/232013/06/29


30% 30% 30%10%




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1.Students are able to use listening and speaking strategies in real conversation. 2.Students are able to start a conversation. 3.Students are able to improve listening comprehension.



This course will consist of listening comprehension exercises and speaking activities. Students in this class must speak in English, and are encouraged to participate in class discussions and instructional activities. Speaking and listening practice are conducted in each session to ensure learning effectiveness. Classroom activities are also conducted to provide pleasant learning experiences. Through the course, it is hoped to bring students to the real world in which English is used as a tool to communicate.


5.

1

: TOP NOTCH : Level 2

: Joan Saslow. Allen Ascher

: Pearson Longman

:

6.

1

: TOEICGEPTFUNDAY(http://www.afl.kuas.edu.tw/eng/)

:

:

:

3

: Quest 2 : listening and speaking

: Laurie Blass

: MacGraw-Hill

:

7.



12013/02/242013/03/02

introdoction to the course

22013/03/032013/03/09


32013/03/102013/03/16


42013/03/172013/03/23


52013/03/242013/03/30


62013/03/312013/04/06

Unit 3- staying in hotels Unit 4- It could happen to anyone

72013/04/072013/04/13

Unit 3- staying in hotels

82013/04/142013/04/20


92013/04/212013/04/27

Mid-term Exam

102013/04/282013/05/04


112013/05/052013/05/11


122013/05/122013/05/18


132013/05/192013/05/25

Unit 6- eating well

142013/05/262013/06/01

Unit 6- eating well

152013/06/022013/06/08


162013/06/092013/06/15


172013/06/162013/06/22

Unit 8- the arts

182013/06/232013/06/29

Final Exam


1.participation and attendance : 40% 2.Mid-term Exam : 30% 3.Final Exam : 30%



1. Be sure to preview and review the content in the textbook. 2. Call the roll on the weekly basis


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1. 2. 3. 4. 5. 6. 7. 8.X- 9./ 10. 11. 12. 13. 14. 15.


5.

1

:

:

:

: 2011 02

6.

1

:

:

:

: 2009 02

7.



12013/02/242013/03/02

1.

22013/03/032013/03/09

2.

32013/03/102013/03/16

3.

42013/03/172013/03/23

4./

52013/03/242013/03/30

5.

62013/03/312013/04/06

6.

72013/04/072013/04/13

7.

82013/04/142013/04/20

92013/04/212013/04/27

8.

102013/04/282013/05/04

9.

112013/05/052013/05/11

10.X-

122013/05/122013/05/18

11.X-

132013/05/192013/05/25

12.

142013/05/262013/06/01

13.

152013/06/022013/06/08

14.

162013/06/092013/06/15

15.

172013/06/162013/06/22

16.

182013/06/232013/06/29


403030




:

1012

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:

: 3.0

: 3.0

:


1. 2.



1. 2. 3.


5.

1

:

: Daniel C. Harris : ,

:

: 2009 09

6.

1

:

:

:

: 2009 01

7.



12013/02/242013/03/02

22013/03/032013/03/09

32013/03/102013/03/16

42013/03/172013/03/23

52013/03/242013/03/30

62013/03/312013/04/06

72013/04/072013/04/13

82013/04/142013/04/20

92013/04/212013/04/27

102013/04/282013/05/04

112013/05/052013/05/11

122013/05/122013/05/18

132013/05/192013/05/25

142013/05/262013/06/01

/

152013/06/022013/06/08

162013/06/092013/06/15

172013/06/162013/06/22

182013/06/232013/06/29


30%,30%,40%




0450

3.0

3.0

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:

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Chapter 1: Chapter 2: Chapter 3: Chapter 4: Chapter 5: Chapter 6: Chapter 7: Chapter 8: Chapter 9: Chapter 10:


5.

2

:

:

:

:

6.

1

:

:

:

:

7.



12013/02/242013/03/02

22013/03/032013/03/09

32013/03/102013/03/16

42013/03/172013/03/23

52013/03/242013/03/30

62013/03/312013/04/06

72013/04/072013/04/13

82013/04/142013/04/20

92013/04/212013/04/27

102013/04/282013/05/04

112013/05/052013/05/11

122013/05/122013/05/18

132013/05/192013/05/25

142013/05/262013/06/01

152013/06/022013/06/08

162013/06/092013/06/15

172013/06/162013/06/22

182013/06/232013/06/29





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Introduction of fundamental biochemistry of biology, chemistry, and physical instrumentation on the basis of atomic and molecular scale.



1. Structures of Cells, 2. Biomolecules, amino acids, proteins, RNA, DNA, and ..., 3. Information transduction, 4. Experimental methods, 5. Metabolism, 6. Recent development and future orientation.


5.

1

: Principles of Biochemistry, 4th Edition

: Lehninger / David L. Nelson, and Michael M. Cox

: W. H. Freeman and Company, New York, USA.

:

3

: Principles of Biochemistry, 5th Edition

: Lehninger / David L. Nelson, and Michael M. Cox

: W. H. Freeman and Company, New York, USA.

:

6.

1

: Library and Internet

:

:

:

7.


12013/02/242013/03/02

General introduction: Atom, molecule, electronic orbital, ...; Chapter 1 Biochemistry and the Organisation of Cells

22013/03/032013/03/09

Chapter 2 Water: The Solvent for Biochemical Reactions

32013/03/102013/03/16

Chapter 2

42013/03/172013/03/23

Chapter 3 Amino Acids and Peptides

52013/03/242013/03/30

Chapter 2+3

1, only for winter semester.

62013/03/312013/04/06

Chapter 4 The Three-Dimensional Structure of Proteins

72013/04/072013/04/13

Chapter 5 Protein Purification and Characterization Techniques


82013/04/142013/04/20

Chapter 6+7 Behavior of Proteins: Enzymes, Mechanisms, and Control

92013/04/212013/04/27

Midterm Exam

102013/04/282013/05/04

Chapter 6+7

112013/05/052013/05/11

Chapter 8 Lipids and Proteins Are Associated in Biological Membranes


122013/05/122013/05/18

Chapter 9 Nucleic Acids: How Structure Conveys Information

132013/05/192013/05/25

Chapter 10 Biosynthesis of Nucleic Acids: Replication


142013/05/262013/06/01

Chapter 11 Trancription of the Generic Code: The Biosynthesis of RNA Chapter 20 Electron Transport and Oxidative Phosphorylation Chapter 24 Integration of Metabolism: Cellular Signaling

152013/06/022013/06/08

Metabolism


162013/06/092013/06/15

Metabolism

172013/06/162013/06/22

Metabolism


182013/06/232013/06/29

Final Exam


1. 5% : , , , 2. 10% , , 3. 20% , 4. 5% , 5. 30% , 6. 30% .



1., , 2., 3., , 4., 5. .


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5.

1

:

:

:

:

6.

1

:

:

:

:

7.



12013/02/242013/03/02

22013/03/032013/03/09

32013/03/102013/03/16

42013/03/172013/03/23

52013/03/242013/03/30

62013/03/312013/04/06

72013/04/072013/04/13

82013/04/142013/04/20

92013/04/212013/04/27

102013/04/282013/05/04

112013/05/052013/05/11

122013/05/122013/05/18

132013/05/192013/05/25

142013/05/262013/06/01

152013/06/022013/06/08

162013/06/092013/06/15

172013/06/162013/06/22

182013/06/232013/06/29





:

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:

: 3.0

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:


..



2.A)..B)..


5.

1

:

:

:

: 2011 01

6.

1

: Unit operations of Chemical Engineering

: McCabe, Smith, Hariot

:

:

7.



12013/02/242013/03/02

22013/03/032013/03/09

32013/03/102013/03/16

42013/03/172013/03/23

52013/03/242013/03/30

62013/03/312013/04/06

72013/04/072013/04/13

82013/04/142013/04/20

92013/04/212013/04/27

102013/04/282013/05/04

112013/05/052013/05/11

122013/05/122013/05/18

132013/05/192013/05/25

142013/05/262013/06/01

152013/06/022013/06/08

162013/06/092013/06/15

172013/06/162013/06/22

182013/06/232013/06/29


First Midterm Exam 25% Second Midterm Exam 25% Third Midterm Exam 25% Final Exam 25%



3


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:

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:

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:

:

7.



12013/02/242013/03/02

22013/03/032013/03/09

32013/03/102013/03/16

42013/03/172013/03/23

52013/03/242013/03/30

62013/03/312013/04/06

72013/04/072013/04/13

82013/04/142013/04/20

92013/04/212013/04/27

102013/04/282013/05/04

,

112013/05/052013/05/11

,

122013/05/122013/05/18

132013/05/192013/05/25

142013/05/262013/06/01

152013/06/022013/06/08

162013/06/092013/06/15

(,)

172013/06/162013/06/22

182013/06/232013/06/29


402040




:

1012

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:

: 3.0

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5.

2

:

:

:

:

3

:

:

:

:

6.

1

: Natural Extraction Using Supercritical Carbon Dioxidde

: Mamata Mukhopadhyay

: CRC press

:

7.



12013/02/242013/03/02

+

22013/03/032013/03/09

:

32013/03/102013/03/16

:

42013/03/172013/03/23

:

52013/03/242013/03/30

:

62013/03/312013/04/06

:

72013/04/072013/04/13

:

82013/04/142013/04/20

:

92013/04/212013/04/27

+

102013/04/282013/05/04

:

112013/05/052013/05/11

:

122013/05/122013/05/18

:

132013/05/192013/05/25

:

142013/05/262013/06/01

:SNOW

152013/06/022013/06/08

:

162013/06/092013/06/15

:

172013/06/162013/06/22

:

182013/06/232013/06/29

+


1.60%(30%,10%,20%) 2.40%



,


:

1012

: 2013/05/17

:

:

: 3.0

: 3.0

:





5.

1

: Modern Electroplating

: Mordechay Schlesinger, Milan Paunovic

: John Wiley & Sons, Inc.

: 2000 01

2

: Nano Surface Engineering

:

:

: 2004 01

3

: Nano-Plating

: Tohru Watanabe

:

: 2007 01

6.

1

:

:

:

: 2006 09

2

:

:

:

: 2007 01

3

:

:

:

: 2007 09

4

:

:

:

: 2008 04

5

:

:

:

: 2007 03

7.



12013/02/242013/03/02

22013/03/032013/03/09

32013/03/102013/03/16

42013/03/172013/03/23

52013/03/242013/03/30

62013/03/312013/04/06

72013/04/072013/04/13

82013/04/142013/04/20

92013/04/212013/04/27

102013/04/282013/05/04

112013/05/052013/05/11

122013/05/122013/05/18

132013/05/192013/05/25

142013/05/262013/06/01

152013/06/022013/06/08

162013/06

Documents

member.che.kuas.edu.twmember.che.kuas.edu.tw/ieet/附錄/【附錄4-5-1】課程綱 … · Web viewWeekly couse contains five parts that blend reading ... it is hoped to bring students