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1.(Chinese Teaching objectives)

1. Learning how to formulate and solve (a)material balances, (b)energy balances, and(c) both simultaneously. 2. Developing problem solving skills. 3. Becoming familiar with the use of units, physical properties, and the behavior of gases and liquids.

2.(English Teaching objectives)

3.(Chinese Syllabus )

1. Introduction to chemical engineering calculations 2. Material balances 3. Gases, vapors, liquids, and solids

(No English Syllabus Data.)

5.

1

: Basic Principles and Calculations in Chemical Engineering 7th Edition

: David M. Himmelblau/James B. Riggs

:

:

6.

1

:

:

:

: 2008 04

7.

(Chinese Course content)

(English Course content)

12012/09/162012/09/22

Part 1 Introduction Dimension, Units, and Their Conversion

22012/09/232012/09/29

Part 1 Introduction Dimension, Units, and Their Conversion

32012/09/302012/10/06

Moles, Density, and Concentration

42012/10/072012/10/13

Choosing a Basis

52012/10/142012/10/20

Temperature

62012/10/212012/10/27

Pressure

1()

72012/10/282012/11/03

Part 2 Material Balances Part 2 Material Balances Introduction to Material Balances

82012/11/042012/11/10

Introduction to Material Balances

92012/11/112012/11/17


102012/11/182012/11/24

A General Strategy for Solving Material Balance Problems

112012/11/252012/12/01

Solving Material Balance Problems

122012/12/022012/12/08


2()

132012/12/092012/12/15

The Chemical Reaction Equation and Stoichiometry

142012/12/162012/12/22


152012/12/232012/12/29

Material Balances for Processes Involving Reaction

162012/12/302013/01/05


172013/01/062013/01/12


182013/01/132013/01/19

3()

8.(Chinese Evaluation method )

130% 230% 330% 10%

9.(English Evaluation method )

10.(Chinese Classroom requirements )

11.(English Classroom requirements )

:

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: 2013/04/24

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: 3.0

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12 34



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


5.

3

: Essential University Physics

: Richard Wolfson

: Pearson Addison-Wesley, Inc.

:

6.

1

: University Physics

: Harris Benson

: John Wiley & Sons, Inc.

:

7.



12012/09/162012/09/22

1.

22012/09/232012/09/29

2.

32012/09/302012/10/06

3.

42012/10/072012/10/13

4.

52012/10/142012/10/20

5.

62012/10/212012/10/27

6.

72012/10/282012/11/03

7.

82012/11/042012/11/10

8.

92012/11/112012/11/17

102012/11/182012/11/24

9.

112012/11/252012/12/01

10.

122012/12/022012/12/08

11.

132012/12/092012/12/15

12.

142012/12/162012/12/22

13.

152012/12/232012/12/29

14.

162012/12/302013/01/05

15.

172013/01/062013/01/12

16.

182013/01/132013/01/19


1.30% 2.30% 3.40%



1. 2.


:

1011

: 2013/04/24

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:

: 2.0

: 2.0

:


E.Q



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5.

2

:

:

:

:

6.

1

:

:

:

:

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




1112


:

1011

: 2013/04/24

: ()

:

: 3.0

: 3.0

:


teach good problem solving techniques



applications of derivative and integration


5.

7

:

:

:

:

6.

2

: Calculus

: James Stewart

: Thomson

:

7.



12012/09/162012/09/22

1-5 limits

22012/09/232012/09/29

1-6 continuity

32012/09/302012/10/06

2-1the derivative and the slope of a graph

42012/10/072012/10/13

2-2some rules for differentiation

52012/10/142012/10/20

2-3rates of change

62012/10/212012/10/27

2-5the chain rule

72012/10/282012/11/03

2-6higher-order derivatives

82012/11/042012/11/10

2-7implicit differentiation

92012/11/112012/11/17

review and mid-term examination

102012/11/182012/11/24

2-8related rates

112012/11/252012/12/01

3-1increasing and decreasing functions

122012/12/022012/12/08

3-2extrema and the first-derivative test

132012/12/092012/12/15

3-3concavity and the second-derivative test

142012/12/162012/12/22

3-4optimization problems

152012/12/232012/12/29

3-5application

162012/12/302013/01/05

3-6asymptotes

172013/01/062013/01/12

3-7curve sketching

182013/01/132013/01/19

review and final examination


1.40%(20%) 2.30%




:

1011

: 2013/04/24

:

:

: 2.0

: 2.0

:


, , , ,, , .



, , . , .


5.

2

: Reading Keys 2

: Miles Craven

: MacMillam Education

:

6.

1

: Reading Explore 4

: Paul MacIntyre

: Heinle Cengage Learning

:

7.



12012/09/162012/09/22

Class Orientation

22012/09/232012/09/29

Unit 1 Study Abroad

32012/09/302012/10/06

Unit 1 Study Abroad

42012/10/072012/10/13

Review and Critical Thinking

52012/10/142012/10/20

Unit 2 Alternative Education

62012/10/212012/10/27

Unit 2 Alternative Education

72012/10/282012/11/03

Unit 3 Love around the World

82012/11/042012/11/10

Unit 3 Love around the World

92012/11/112012/11/17

Midterm Exam

102012/11/182012/11/24

Unit 4 Family Matters

112012/11/252012/12/01


122012/12/022012/12/08


132012/12/092012/12/15

Unit 5 Stars of Music

142012/12/162012/12/22

Unit 5 Stars of Music

152012/12/232012/12/29

Unit 6 Music and the Mind

162012/12/302013/01/05

Unit 6 Music and the Mind

172013/01/062013/01/12

Review

182013/01/132013/01/19

Final Exam


30%, 30%, +Q&A 30%, 10%



Students are requried to read a variety of topics. High pariticipation is appreciated and encouraged. Learning English is not merely the language itself but culture and world behind it.


:

1011

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5.

1

:

:

:

:

6.

1

:

:

:

:

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

25*2

132012/12/092012/12/15

25*3

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


()(60%) 1.160++25m 60270+++ 25m25m 2.25m 60 ()(40%)++++



()25m()25m()


:

1011

: 2013/04/24

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:

: 3.0

: 3.0

:




1.Stoichiometry 2.Reaction in Aqueous Solutions 3.Gases 4.Energy Relationships in Chemical Reactions 5.The Periodic Table 6.Chemical Bonding 7.Introduction to Organic Chemistry


5.

2

: Chemical Principles

: Steven S. Zumdahl

:

: 2009

6.

2

: General Chemistry

: Raymond Chang

: Mc Graw Hill

: 2011

7.



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

Introduction to Organic Chemistry

182013/01/132013/01/19

Final Examination


25% 25% 50%




:

1011

: 2013/04/24

:

:

: 1.0

: 3.0

:


1. 2.




5.

1

:

:

:

:

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

62012/10/212012/10/27

1

72012/10/282012/11/03

2

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

1,2

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% 40% () 30%




:

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: 2013/04/24

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5.

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:

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:

: 2005 08

6.

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:

:

:

: 2007 07

7.



12012/09/162012/09/22

22012/09/232012/09/29

Ch1

32012/09/302012/10/06

Ch2

42012/10/072012/10/13

Ch3

52012/10/142012/10/20

Ch4

1

62012/10/212012/10/27

Ch5

72012/10/282012/11/03

Ch6

82012/11/042012/11/10

92012/11/112012/11/17

102012/11/182012/11/24

Ch7

112012/11/252012/12/01

Ch9

122012/12/022012/12/08

Ch9

132012/12/092012/12/15

Ch11

2

142012/12/162012/12/22

Ch19

152012/12/232012/12/29

Ch22

162012/12/302013/01/05

Ch24

172013/01/062013/01/12

182013/01/132013/01/19


1.:20-40%;30-40%;30-50% 2.:,,,(4).



1. 2.6-7(),4-5 3.


:

1011

: 2013/04/24

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0730-0800


5.

1

:

:

:

:

6.

1

: 10

: Bill Coplin

:

:

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


756031220~1320




:

1011

: 2013/04/24

:

:

: 3.0

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:




1. 2. 3. 4. 5.


5.

1

:

: Daniel C. Harris ,

: W. H. Freeman and Company,

: 2010 02

6.

1

: ()

: SKOOG ,

:

: 2005 01

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

1()

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

2()

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

3()


130% 230% 330% 10%



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1. Learning how to formulate and solve (a) material balances,(b) energy balances,and (c) both simultaneously. 2. Developing problem solving skills. 3. Becoming familiar with the use of units,physical properties,and the behavior of gases and liquids.



1. Introduction to chemical engineering calculations 2. Material balances 3. Gases,vapors,liquids,and solids


5.

1

: Basic Principles and Calculations in Chemical Engineering 7th Edition

: David M. Himmelblau

:

:

6.

1

:

:

:

:

7.



12012/09/162012/09/22

Part 1 Itroduction Dimension,Units,and Their Conversion

22012/09/232012/09/29

Part 1 Itroduction Dimension,Units,and Their Conversion

32012/09/302012/10/06

Moles,Density,and Concentration

42012/10/072012/10/13

Choosing A basis

52012/10/142012/10/20

Temperature

62012/10/212012/10/27

Pressure

72012/10/282012/11/03

Part 2 Material Balances Introduction to Material Balances

82012/11/042012/11/10


92012/11/112012/11/17

102012/11/182012/11/24

A General Strategy for Solving Material Balance Problems

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

Material Balances Problems Involving Multiple Units

162012/12/302013/01/05

Recycle,Bypass,Purge,and The Industrial Application of Material Balances

172013/01/062013/01/12

Recycle,Bypass,Purge,and The Industrial Application of Material Balances

182013/01/132013/01/19


30% 30% 40%




:

1011

: 2013/04/29

: ()

:

: 3.0

: 3.0

:


:1.() 2.() 3.() 4.()



() . 1.? 2. 3. (3) . 1. 2. 3. 4. 5. (3) . 1. 2. 3. 4. 5. 6. 7. (6) . 1. 2. 3. 4. 5. (6) . 1. 2. 3. 4. 5. 6. 7. (6) . 1. 2 3. 4. 5. (6) . 1. 2 3. 4. 5.


5.

3

: University Physics

: Harris Benson

: wiley

:

6.

3

: College Physics

: Giambattista, Richardson

: Mc Graw-Hill

:

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


(++)=10% 3=60% (10/1811/291/3) =10% =10%=10%




:

1011

: 2013/04/29

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:

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1 2 3 4 5




5.

2

:

:

:

:

6.

2

:

:

:

:

3

:

:

:

:

4

:

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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

172013/01/062013/01/12

182013/01/132013/01/19


40%(20%20%) 30% 30%



1 2. 3.

:

1011

: 2013/04/29

: ()

:

: 3.0

: 3.0

:


teach good problem solving techniques



applications of derivative and integration


5.

7

:

:

:

:

6.

2

: Calculus

: James Stewart

: Thomson

:

7.



12012/09/162012/09/22

1-5 limits

22012/09/232012/09/29

1-6 continuity

32012/09/302012/10/06

2-1the derivative and the slope of a graph

42012/10/072012/10/13

2-2some rules for differentiation

52012/10/142012/10/20

2-3rates of change

62012/10/212012/10/27

2-5the chain rule

72012/10/282012/11/03

2-6higher-order derivatives

82012/11/042012/11/10

2-7implicit differentiation

92012/11/112012/11/17

review and test

102012/11/182012/11/24

2-8related rates

112012/11/252012/12/01

3-1increasing and decreasing functions

122012/12/022012/12/08

3-2extrema and the first-derivative test

132012/12/092012/12/15

3-3concavity and the second-derivative test

142012/12/162012/12/22

3-4optimization problems

152012/12/232012/12/29

3-5application

162012/12/302013/01/05

3-6asymptotes

172013/01/062013/01/12

3-7curve sketching

182013/01/132013/01/19

review and final examination


1.40%(20%) 2.30%




:

1011

: 2013/04/29

:

:

: 2.0

: 2.0

:


To refresch and arise the quality of English ability. To learn alphabets, pronouciation, and basic grammer.



1.Alphabets, 2.Pronouciation, 3.Grammer, and 4.Reading.


5.

1

: What a world 2, 2nd Edition

: Milada Broukal

: Pearson Education, Inc.

: 2011 ISBN-13: 978-0-13-247796-3; ISBN-10: 0-13-247796-3.

2

: What a world 2, 2nd Edition

: Milada Broukal

: Pearson Education, Inc.

: 2011 ISBN-13: 978-0-13-247796-3; ISBN-10: 0-13-247796-3. , Tel:06-3114537, 0972-818-537,

6.

2

: Dictionary

:

:

:

7.



12012/09/162012/09/22

General

22012/09/232012/09/29

Unit 1, Who is the most important person from History?

p.1-7.

32012/09/302012/10/06

Unit 1

42012/10/072012/10/13

Unit 2, What are fattening rooms?

p.8-14.

52012/10/142012/10/20

Unit 2

62012/10/212012/10/27

Unit 3, Where can you find a living goddness?

p.15-21.

72012/10/282012/11/03

Unit 3

82012/11/042012/11/10

Unit 4, What is a Knight?

p.22-28.

92012/11/112012/11/17

Mit-term Exam.

102012/11/182012/11/24

Unit 5, Who reached the South Pole first?

P.29-35.

112012/11/252012/12/01

Unit 5

122012/12/022012/12/08

Unit 6, What is the Royal Flying Doctor Service?

p.36-42.

132012/12/092012/12/15

Unit 6

142012/12/162012/12/22

Unit 7, What die the ancient Egyptians give us?

p.43-49.

152012/12/232012/12/29

Unit 7

162012/12/302013/01/05

Unit 8, Why is Louis Pasteur important?

p.50-56

172013/01/062013/01/12

Unit 8

182013/01/132013/01/19

Unit 9, Who is Sherlock Homes?

p.57-63.


50% : 1. 5% , ; 2. 5% . 3. 20% . 50 %. 4. 20% Mini/class exam. 4. 20% : 70 %. 5. 30% : 70 %.



1. Having one's own Textbook, 2. Presence, 3. Reading and comprehension in advance, and after class as Home work, 4. Listening, Reading, and Understanding 5. Doing the questionares. 6. Preparing Mini/Class Exam, irregularly.


:

1011

: 2013/04/29

: ()

:

: 0.0

: 2.0

:





5.

1

:

:

:

:

6.

1

:

:

:

:

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

25*2

132012/12/092012/12/15

25*3

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


()(60%) 1.160++25m 60270+++ 25m25m 2.25m 60 ()(40%)++++



()25m()25m()


:

1011

: 2013/04/29

: ()

:

: 3.0

: 3.0

:




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. Energy, Enthalpy, and Thermochemistry 8. Spontaneity, Entropy, and Free Energy 9. Electrochemistry


5.

2

: Chemical Principles

: Steven S. Zumdahl

: Houghton Mifflin

:

6.

1

: Basic concepts of chemistry

: Leo J. Malone

: Wiely

:

7.



12012/09/162012/09/22

1.Atoms, Molecules and Ions

22012/09/232012/09/29

1.Atoms, Molecules and

32012/09/302012/10/06

2.Stoichiometry

42012/10/072012/10/13

2.Stoichiometry 3.Type of Chemical Reactions and Solution Stoichiometry

52012/10/142012/10/20

4.Gases

62012/10/212012/10/27

1st exam; 4.Gases; 5.Chemical Equilibrium;

72012/10/282012/11/03

5.Chemical Equilibrium; 6.Acids and Bases

82012/11/042012/11/10

7.Energy, Enthalpy, and Thermochemistry

92012/11/112012/11/17

2nd exam;

102012/11/182012/11/24


112012/11/252012/12/01


122012/12/022012/12/08

7.Energy, Enthalpy, and Thermochemistry; 8.Spontaneity, Entropy, and Free Energy

132012/12/092012/12/15

8.Spontaneity, Entropy, and Free Energy

142012/12/162012/12/22

3rd exam 8.Spontaneity, Entropy, and Free Energy

152012/12/232012/12/29

8.Spontaneity, Entropy, and Free Energy

162012/12/302013/01/05

9.Electrochemistry

172013/01/062013/01/12

9.Electrochemistry

182013/01/132013/01/19

4th exam;


12%, 1st exam: 22%, 2nd exam: 22%, 3rd exam 22%, 4th exam: 22%



, , 0, (.)


:

1011

: 2013/04/29

:

:

: 1.0

: 3.0

:




,


5.

2

:

:

:

:

6.

1

: textbook

: textbook

: textbook

:

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

1

72012/10/282012/11/03

2

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

1,2

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


() 60% 20% () 20%



,; ,,


:

1011

: 2013/04/29

:

:

: 2.0

: 2.0

:





5.

1

:

:

:

:

6.

1

:

:

:

:

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

(TFT-LCD)

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


Quiz (60-90%) ; Report/presentation/other (10-40%)




:

1011

: 2013/04/29

: ()

:

: 0.0

: 2.0

:




0730-0800


5.

1

:

:

:

:

6.

1

: 10

: Bill Coplin

:

:

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


756031220~1320




:

1011

: 2013/04/29

:

:

: 3.0

: 3.0

:




1. 2. 3. 4. 5.


5.

1

:



: 2010 02

6.

1

: ()

: SKOOG ,

:

: 2005 01

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

1()

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

2()

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

3()


130% 230% 330% 10%



(:1011)


0403

()

3.0

3.0

()1-2()1

203

0404

3.0

3.0

()6-8

203

0405

3.0

3.0

()2-4

203

0406

()

3.0

3.0

()5-7

203

0407

()

1.0

2.0

()3-4

101

0408

3.0

3.0

()2-4

203

0409

3.0

3.0

()2-4

203

0410

2.0

2.0

()1-2

203

0411

3.0

3.0

()6-8

301

:

1011

: 2013/04/29

: ()

:

: 3.0

: 3.0

:


1. 2.



Laplace


5.

1

: Advanced Engineering Mathematics 9th Edition

: Erwin Kreyszig

: Willy

:

6.

1

: Engineering Mathematics

: O' Neil

:

:

7.



12012/09/162012/09/22

Ordinary Differential Equations Basic Concepts.

22012/09/232012/09/29

First-Order ODEs

32012/09/302012/10/06

First-Order ODEs

42012/10/072012/10/13

First-Order ODEs

52012/10/142012/10/20

Second-Order Linear ODEs

62012/10/212012/10/27


72012/10/282012/11/03


82012/11/042012/11/10


92012/11/112012/11/17

Mid-term Examination

102012/11/182012/11/24

Higher Order Liner ODEs

112012/11/252012/12/01

Higher Order Liner ODEs

122012/12/022012/12/08

Laplace Transforms

132012/12/092012/12/15

Laplace Transforms

142012/12/162012/12/22

Laplace Transforms

152012/12/232012/12/29

Laplace Transforms

162012/12/302013/01/05

Laplace Transforms

172013/01/062013/01/12

Laplace Transforms

182013/01/132013/01/19

Final Examination


25% 30% 45%




:

1011

: 2013/04/29

:

:

: 3.0

: 3.0

:


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.

:

2

:

:

:

:

6.

1

: Library and Internet

:

:

:

7.



12012/09/162012/09/22

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

22012/09/232012/09/29

Chapter 2 Water: The Solvent for Biochemical Reactions

32012/09/302012/10/06

Chapter 2

42012/10/072012/10/13

Chapter 3 Amino Acids and Peptides

52012/10/142012/10/20

Chapter 2+3

62012/10/212012/10/27

Chapter 4 The Three-Dimensional Structure of Proteins

72012/10/282012/11/03

Chapter 5 Protein Purification and Characterization Techniques

82012/11/042012/11/10

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

92012/11/112012/11/17

Midterm Exam

102012/11/182012/11/24

Chapter 6+7

112012/11/252012/12/01

Chapter 8 Lipids and Proteins Are Associated in Biological Membranes

122012/12/022012/12/08

Chapter 9 Nucleic Acids: How Structure Conveys Information

132012/12/092012/12/15

Chapter 10 Biosynthesis of Nucleic Acids: Replication

142012/12/162012/12/22

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

152012/12/232012/12/29

Metabolism

162012/12/302013/01/05

Metabolism

172013/01/062013/01/12

Metabolism

182013/01/132013/01/19

Final Exam


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



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


:

1011

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:

:

: 3.0

: 3.0

:


Individuals who successfully complete this course will be able to: Define and employ the vocabulary of organic chemistry. Draw correct structural representations of organic molecules. Write reasonable transformations and mechanisms for alkanes, alkenes, alkynes, alkyl halides, alcohols, aromatic compounds and carbonyl compounds. Employ stereochemical considerations when analyzing mechanisms and transformations.



Introduction of basic organic materails's properties. Basic NMR and IR identification.


5.

3

: Organic chemistry

: John McMurry

:

:

4

: Organic Chemistry

: John McMurry

:

:

6.

3

:

:

:

:

4

:

:

:

:

7.



12012/09/162012/09/22

Introduction

22012/09/232012/09/29

Carbon Compounds

32012/09/302012/10/06

Acids and Bases

42012/10/072012/10/13

Alkans

52012/10/142012/10/20

Stereochemistry

62012/10/212012/10/27

Ionic Reaction

72012/10/282012/11/03

Alkens and Alkynes I

82012/11/042012/11/10

Alkens and Alkynes II

92012/11/112012/11/17

Midterm

102012/11/182012/11/24

NMR and MS

112012/11/252012/12/01

Radical Reactions

122012/12/022012/12/08

Alchols and Ethers

132012/12/092012/12/15

Oxidation and Reduction

142012/12/162012/12/22

Conjugated Systems

152012/12/232012/12/29

Aromatic Systems

162012/12/302013/01/05

Aldehydes and KetonesI

172013/01/062013/01/12

Aldehydes and KetonesII

182013/01/132013/01/19

Final


Mid-term 30% Test and Report 30% Final-40%




:

1011

: 2013/04/29

: ()

:

: 3.0

: 3.0

:


The objective of this course is to make the concepts and methods of physical chemistry clear and interesting to students who have had a year of calculus and a year of physics.



1. Zeroth law of thermodynamics and equation of state 2. First law of thermodynamics 3. Second and third laws thermodynamics 4. Fundamental equations of thermodynamics 5. Chemical Equilibrium


5.

1

: Physical Chemistry, 4th.,

: R.J. Silbey, R.A. Alberty, M.G. Bawendi.


:

6.

1

: Physical Chemistry,

: R.G. Mortimer

: Elsevier

:

2

: Physical Chemistry

: K.J. Laidler, J.F. Meiser, B.C. Sanctuary

: Houghton Mifflin

:

3

: Physical Chemistry

: T. Engel, P. Reid

: Pearson

:

4

: Physical Chemistry,

: P. Atkins, J. Depaula

: Oxford

:

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


12%(I)22%(II)22%22%22%




:

1011

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:

: 1.0

: 2.0

:


This course is intended to enhance students' listening comprehension ability and train students to communicate and express their opinions on current topics and on business occassions in English effectively. 1. 2. 3. TOEIC 4. 5. 6. 7. 8. 9. 10.




5.

2

: Interactions II (Listening/Speaking)

: Judith Tanka/Linda R. Baker

: McCraw Hill

:

6.

6

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

:

:

:

9

: Business Basics

: David Grant and Robert McLarty

: Oxford

:

10

: General English Proficiency Test

:

: Easy

:

11

:

:

:

:

7.



12012/09/162012/09/22

Introduction to the course

22012/09/232012/09/29

1.Education and student life

32012/09/302012/10/06

1.Education and student life

42012/10/072012/10/13

1.Educataion and student life

52012/10/142012/10/20

2. City life

62012/10/212012/10/27

2. City life

72012/10/282012/11/03

2. City life

82012/11/042012/11/10

Mid-term

92012/11/112012/11/17

Mid-term

102012/11/182012/11/24

3. Business and money

112012/11/252012/12/01

3. Business and money

122012/12/022012/12/08

4. Jobs and professions

132012/12/092012/12/15


142012/12/162012/12/22


152012/12/232012/12/29

5. Lifestyles around the world

162012/12/302013/01/05

5. Lifestyles around the world

172013/01/062013/01/12

Final Exam

182013/01/132013/01/19

Final-Exam


1. mid-term 20% 2. finalexam 20% 3. class participation : quizzes, oral presentation, homework assignment, active participation, GEPT ORAL(140.127.113.194), TOEIC online practice(140.127.113.187). 60%



1. Be punctual and hand in homework assignments on time. 2. Actively participate in class activities. 3. Three points from the final score will be deducted for each absence.


:

1011

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:

: 3.0

: 3.0

:




(1), (2), (3), .


5.

1

: Polymer Chemistry- An Introduction

: Malcolm P. Stevens

: Oxford University Press

:

6.

1

: Polymer Handbook

: E. H. Immergut

: John Wiely & Sons

:

2

: Organic Chemistry

:

:

:

7.



12012/09/162012/09/22

Texbook introduction

22012/09/232012/09/29

Chapter 1 Polymer introduction

32012/09/302012/10/06

Chapter 1 Polymer introduction

42012/10/072012/10/13

Chapter 1- Nomenlecture

52012/10/142012/10/20

Chapter 1- Nomenlecture and Structure

62012/10/212012/10/27

Chapter 2- Polymer physical introduction

72012/10/282012/11/03

Chapter 3- Polymer physical introduction - Molecular Weight

82012/11/042012/11/10

Chapter 5- Polymer Synthesis- Chain r'xn polymerization

92012/11/112012/11/17

Middle Term Examination

102012/11/182012/11/24

Chapter 5- Polymer Synthesis- Chain r'xn polymerization

112012/11/252012/12/01

Chapter 6- Polymer Synthesis- Chain r'xn polymerization -copolymerization

122012/12/022012/12/08

Chapter 7 - Polymer Synthesis- ionic polymerization

132012/12/092012/12/15

Chapter 8 - Polymer Synthesis- ionic polymerization

142012/12/162012/12/22

Chapter 9 - Polymer Synthesis- coordination complex catalyst polymerization

152012/12/232012/12/29

Chapter 9 - Polymer Synthesis- coordination complex catalyst polymerization

162012/12/302013/01/05

Chapter 11-17 - Polymer Synthesis- step rx'n polymerization

172013/01/062013/01/12


182013/01/132013/01/19





1. Homework will be assigned for excerise 2. Reading and report on special topic(s)will be assigned and asked.


:

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:

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1. 2. 3.



Ch 1. Ch 2. Ch 3. Ch 4. Ch 5. Ch 6. Ch 7.


5.

1

:

:

:

:

6.

1

: ---

:

:

:

7.



12012/09/162012/09/22

Ch.1

22012/09/232012/09/29

Ch.2

32012/09/302012/10/06

Ch.2

42012/10/072012/10/13

Ch.3

52012/10/142012/10/20

62012/10/212012/10/27

Ch.3

72012/10/282012/11/03

Ch.4

82012/11/042012/11/10

Ch.4

92012/11/112012/11/17

102012/11/182012/11/24

Ch.5

112012/11/252012/12/01

Ch.5

122012/12/022012/12/08

Ch.5

132012/12/092012/12/15

142012/12/162012/12/22

Ch.6

152012/12/232012/12/29

Ch.6

162012/12/302013/01/05

Ch.6

172013/01/062013/01/12

Ch.6

182013/01/132013/01/19


:40% :30%



1. 2.


:

1011

: 2013/04/29

:

:

: 2.0

: 2.0

:





5.

1

:

:

:

:

6.

1

:

:

:

:

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


1.50 2.20 3.30



1. 2. 3. 4.


:

1011

: 2013/04/29

:

:

: 3.0

: 3.0

:




1. 2. 3. 4. 5.


5.

1

:



: 2010 02

6.

1

: ()

: SKOOG ,

:

: 2005 01

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

1()

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

2()

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

3()


130% 230% 330% 10%



(:1011)


0412

()

3.0

3.0

()6-8

206

0413

3.0

3.0

()2-4

206

0414

3.0

3.0

()6-8

206

0415

3.0

3.0

()1-3

206

0416

()

3.0

3.0

()5-7

206

0417

()

1.0

2.0

()5-6

301

0418

3.0

3.0

()2-4

206

0419

3.0

3.0

()6-8

206

0420

2.0

2.0

()3-4

203

:

1011

: 2013/04/29

: ()

:

: 3.0

: 3.0

:


1.:. 2.:. 3.:. 4.:.



1. 2. 3. 4. 5.


5.

6

: Advanced Engineering Mathematics 10h ed.

: Erwin Kreyszig

: John Wiley & Sons Inc.

: 2011 08

6.

2

: Advanced Engineering Mathematics

: Peter V. ONeil

: PWS-Kent Publishing Co.

:

3

: Advanced Engineering Mathematics

: Zill, D.G., and Cullen M.R.

: 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


1 20% 2 20% 3 20% 4 20% 20%



1.,,,,. 2.,. 3.. 4.,. 5.,,. 6..


:

1011

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:

: 3.0

: 3.0

:


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.

:

6.

1

: Library and Internet

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7.



12012/09/162012/09/22

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

22012/09/232012/09/29

Chapter 2 Water: The Solvent for Biochemical Reactions

32012/09/302012/10/06

Chapter 2

42012/10/072012/10/13

Chapter 3 Amino Acids and Peptides

52012/10/142012/10/20

Chapter 2+3

1

62012/10/212012/10/27

Chapter 4 The Three-Dimensional Structure of Proteins

72012/10/282012/11/03

Chapter 5 Protein Purification and Characterization Techniques

2

82012/11/042012/11/10

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

92012/11/112012/11/17

Midterm Exam

102012/11/182012/11/24

Chapter 6+7

112012/11/252012/12/01

Chapter 8 Lipids and Proteins Are Associated in Biological Membranes

3

122012/12/022012/12/08

Chapter 9 Nucleic Acids: How Structure Conveys Information

132012/12/092012/12/15

Chapter 10 Biosynthesis of Nucleic Acids: Replication

4

142012/12/162012/12/22

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

152012/12/232012/12/29

Metabolism

5

162012/12/302013/01/05

Metabolism

172013/01/062013/01/12

Metabolism

6

182013/01/132013/01/19

Final Exam


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



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


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TO let students know the basic properties of Optics, Materials and Applications.



Optics Materials Theory


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12012/09/162012/09/22

Introduction I

22012/09/232012/09/29

Introduction 2

32012/09/302012/10/06

Introduction 3

42012/10/072012/10/13

Optics

52012/10/142012/10/20

Wave

62012/10/212012/10/27

Wave II

72012/10/282012/11/03

Wave III

82012/11/042012/11/10

Wave IV

92012/11/112012/11/17

Mid-term

102012/11/182012/11/24

Materials I

112012/11/252012/12/01

Materials 2

122012/12/022012/12/08

Liquid Crystal I

132012/12/092012/12/15

Liquid Crystal 2

142012/12/162012/12/22

Liquid Crystal 3

152012/12/232012/12/29

Report I

162012/12/302013/01/05

Report II

172013/01/062013/01/12

Report III

182013/01/132013/01/19

Final


Report 30% Mid-term 30% and Final 40%



TBD


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,,,,



Structure and Bonding Polar Bonds and Their Consequences Organic Componds: Alkanes and Cycloalkanes Stereochemstry of Alkanes and Cycloalkanes Alkenes: Structure and Reactivity Alkenes: Reactions and Synthesis Alkynes: An Intruction to Organic Synthesis Stereochemistry Alkyl Halides Reactions of Alkyl Halides: Nucleophilic Substitutions and Eliminations Structure Determination: Mass Spectroscopy and Infrared Spectroscopy Benzene and Aromaticity Chemistry of Benzene: Electrophilic Aromatic Substitution


5.

8

: Organic Chemstry(8th.)

: John McMurry

:

: 2011 07

6.

1

: Organic Chemistry 7th ed.

: Morrison and Boyd

:

:

7.



12012/09/162012/09/22

Structure and Bonding

22012/09/232012/09/29

Polar Bonds and Their Consequences

32012/09/302012/10/06

Organic Componds: Alkanes and Cycloalkanes

42012/10/072012/10/13

Stereochemstry of Alkanes and Cycloalkanes

52012/10/142012/10/20

Alkenes: Reactions and Synthesis

62012/10/212012/10/27

Alkenes: Structure and Reactivity

72012/10/282012/11/03

Alkynes: An Intruction to Organic Synthesis

82012/11/042012/11/10

Stereochemistry

92012/11/112012/11/17

102012/11/182012/11/24

Alkyl Halides

112012/11/252012/12/01

Reactions of Alkyl Halides:

122012/12/022012/12/08

Nucleophilic Substitutions

132012/12/092012/12/15

Eliminations

142012/12/162012/12/22

Structure Determination: Mass Spectroscopy

152012/12/232012/12/29

Infrared Spectroscopy

162012/12/302013/01/05

Benzene and Aromaticity

172013/01/062013/01/12

Chemistry of Benzene: Electrophilic Aromatic Substitution

182013/01/132013/01/19


----30% ----30% --40%



,


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1. 2.



1. 2.


5.

3

: Physical chemistry

: Silbey Alberty

: John Wiley and Sons, Inc.

:

6.

1

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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


(1)

52012/10/142012/10/20

Chap. 2 First law of thermodynamics

62012/10/212012/10/27


72012/10/282012/11/03


82012/11/042012/11/10

Chap. 3 Second andthird law of thermodynamics

92012/11/112012/11/17

102012/11/182012/11/24


112012/11/252012/12/01


122012/12/022012/12/08

Chap. 4 Fundmental Equations of Thermodynamics

(2)

132012/12/092012/12/15


142012/12/162012/12/22


152012/12/232012/12/29

Chap. 5 Chemial Equilibrium

(3)

162012/12/302013/01/05


172013/01/062013/01/12


182013/01/132013/01/19


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



1. 2.


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1. : 2. : , 2. : , 3. : 400 4. : 5. : ,



Unit 1 You and your company [, , , , ()] Unit 2 Preparing a trip [, ,,] Unit 3 Away on business [, , (), , ,,,()] Unit 4 Visiting a company [,(), , ()] TOEIC ()


5.

1

: Business Basics (new edition)

: David Grant and Robert McLarty

: Oxford University Press

:

2

: TOEIC

:

:

:

6.

1

: no

:

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7.



12012/09/162012/09/22

course introduction Listening2-2 Introducing your partner

22012/09/232012/09/29

Unit 1.1 Listening 2-3

32012/09/302012/10/06

42012/10/072012/10/13


52012/10/142012/10/20


62012/10/212012/10/27

Unit 2.1

listening test 1

72012/10/282012/11/03

Unit 2.2

82012/11/042012/11/10

Unit 2.3

92012/11/112012/11/17

mid-term oral test ()

102012/11/182012/11/24

Mid-term oral test

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

Unit 4.2

listening test 2

162012/12/302013/01/05

Unit 4.3

172013/01/062013/01/12

final oral test

182013/01/132013/01/19

final oral test ()


1. 12%+13% 2. : ++ 25 % 3. : ++ 30 % 4. + 10 % 4. 10% *(//), 2 ,()(30%). *, 5 *,, , ,0.5




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12012/09/162012/09/22

Chapter 1

22012/09/232012/09/29

Chapter 1

32012/09/302012/10/06

Chaper 2

42012/10/072012/10/13

Chpater 2

52012/10/142012/10/20

Chapter 3

62012/10/212012/10/27

Chpater 4

72012/10/282012/11/03

Chapter 4

82012/11/042012/11/10

Chapter 5

92012/11/112012/11/17

102012/11/182012/11/24

Chapter 5

112012/11/252012/12/01

Chapter 5

122012/12/022012/12/08

Chapter 5

132012/12/092012/12/15

Chpater 6

142012/12/162012/12/22

Chpater 6

152012/12/232012/12/29

Chpater 7

162012/12/302013/01/05

Chpater 7

172013/01/062013/01/12

Chpater 8

182013/01/132013/01/19


40%, 30%, 30%



85


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Chapter 1 Atomic structure Chapter 2 Simple Bonding Chapter 3 Symmetry and Group Theory Chapter 4 Molecular Orbitals Chapter 5 Acid-base and donor-acceptor chemistry Chapter 6 The Crystalline Solid State


5.

1

: Inorganic Chemistry (4th)

: Gary L. Miessler, Donald A Tarr

: Pearson

:

6.

1

:

:

:

:

7.



12012/09/162012/09/22

Atomic Structure

22012/09/232012/09/29

Atomic Structure Simple Bonding Theory

32012/09/302012/10/06

Simple Bonding Theory

42012/10/072012/10/13

Symmetry and Group Theory

52012/10/142012/10/20

Symmetry and group Theory 1st exam

62012/10/212012/10/27

Symmetry and group Theory

72012/10/282012/11/03

Molecular Orbital

82012/11/042012/11/10

Molecular Oribital

92012/11/112012/11/17

2nd (Mid.) Exam

102012/11/182012/11/24

Molecular Oribital

112012/11/252012/12/01

Acid-Base and Donor-Acceptor Chemistry

122012/12/022012/12/08


132012/12/092012/12/15


142012/12/162012/12/22

Acid-Base and Donor-Acceptor Chemistry 3rd Exam

152012/12/232012/12/29

The Crystalline Solid State

162012/12/302013/01/05


172013/01/062013/01/12


182013/01/132013/01/19

4th (final) Exam.


1st exam 20%; 2nd exam 20%; 3rd exam 20%; 4th exam 20% 20% office hour: 3, 4



, , 0


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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

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%20%) 30% 30%



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1. 2. 3.



1.pn 2. 3. 4.


5.

1

: An Introudction to Semiconductor Devices

: Donald A. Neamen

: McGraw Hill

:

6.

1

:

:

:

:

7.



12012/09/162012/09/22

Chap1 The Crystal Structure of Solids

22012/09/232012/09/29

Chap1 The Crystal Structure of Solids

32012/09/302012/10/06

Chap2 Theory of Solids

42012/10/072012/10/13

Chap2 Theory of Solids

52012/10/142012/10/20

Chap3 The Semiconductor in Equilibrium

62012/10/212012/10/27


72012/10/282012/11/03


82012/11/042012/11/10

Chap4 Carrier Transport and Excess Carrier Phenomena

92012/11/112012/11/17

midterm examinztion

102012/11/182012/11/24


112012/11/252012/12/01


122012/12/022012/12/08

Chap5 The pn Junction and Metal-Semiconductor Contact

132012/12/092012/12/15


142012/12/162012/12/22


152012/12/232012/12/29

Chap6 Fundamentals of the Metal-Oxide-Semiconductor Field-Effect transistor

162012/12/302013/01/05


172013/01/062013/01/12


182013/01/132013/01/19

Term-End Examination





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1. 2. 3.12 ,,


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12012/09/162012/09/22

(1)

22012/09/232012/09/29

(2)

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

pH

152012/12/232012/12/29

pH

162012/12/302013/01/05

172013/01/062013/01/12

182013/01/132013/01/19


1.():60% 2.:40%



1. 2.


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1 -(UV/Vis) 2 -() 3 -(PH) 4 -(5 -(Karl Fisher) 6 -() 7 8 -() 9 -(UV-Vis) 10 -() 11 PMMA-(FTIR)


5.

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: 2012 09

6.

1

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: 2007 01

7.



12012/09/162012/09/22

1-2

22012/09/232012/09/29

3-4

32012/09/302012/10/06

5-6

42012/10/072012/10/13

7-8

52012/10/142012/10/20

9-10

62012/10/212012/10/27

1

72012/10/282012/11/03

1

82012/11/042012/11/10

2

92012/11/112012/11/17

3

102012/11/182012/11/24

4

112012/11/252012/12/01

5

122012/12/022012/12/08

6

132012/12/092012/12/15

7

142012/12/162012/12/22

8

152012/12/232012/12/29

9

162012/12/302013/01/05

10

172013/01/062013/01/12

182013/01/132013/01/19


(10-40%):30-50%10-30%




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5.

1

: Fundamentals of Momentum, Heat and Mass Transfer 5th Edition

: Welty, J. R., Wicks, C. E., Wilson, R. E. and Rorrer, G. L.


:

6.

1

: Unit Operations of Chemical Engineering

: McCabe, W. L., Smith, J. C. and Harriott, P.

: McGraw Hill

:

7.



12012/09/162012/09/22

Introduction to Momentum Transfer

22012/09/232012/09/29

Fluid Statics

32012/09/302012/10/06

Description of a Fluid in Motion and Conservation of Mass

42012/10/072012/10/13

Newton's Second Law of Motion

52012/10/142012/10/20

Conservation of Energy

62012/10/212012/10/27

Shear Stress in Laminar Flow

1()

72012/10/282012/11/03

Analysis of a Differential Fluid Element in Laminar Flow

82012/11/042012/11/10

Differential Equations of Fluid Flow and Inviscid Fluid Flow

92012/11/112012/11/17

Dimensional Analysis and Similitude

102012/11/182012/11/24

Viscous Flow

112012/11/252012/12/01

Flow in Closed Conduits and Fluid Machinery

122012/12/022012/12/08

Fundamentals of Heat Transfer

2()

132012/12/092012/12/15

Differential Equations of Heat Transfer

142012/12/162012/12/22

Steady-state Conduction

152012/12/232012/12/29

Unsteady-state Conduction

162012/12/302013/01/05

Convective Heat Transfer

172013/01/062013/01/12


182013/01/132013/01/19

3()


130% 230% 330% 10%




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5.

1

: Fundamentals of Momentum, Heat and Mass Transfer 5th Edition

: Welty, J. R., Wicks, C. E., Wilson, R. E. and Rorrer, G. L.


:

6.

1

: Unit Operations of Chemical Engineering

: McCabe, W. L., Smith, J. C. and Harriott, P.

: McGraw Hill

:

7.



12012/09/162012/09/22

Introduction to Momentum Transfer

22012/09/232012/09/29

Fluid Statics

32012/09/302012/10/06

Description of a Fluid in Motion and Conservation of Mass

42012/10/072012/10/13

Newton's Second Law of Motion

52012/10/142012/10/20

Conservation of Energy

62012/10/212012/10/27

Shear Stress in Laminar Flow

1()

72012/10/282012/11/03

Analysis of a Differential Fluid Element in Laminar Flow

82012/11/042012/11/10

Differential Equations of Fluid Flow and Inviscid Fluid Flow

92012/11/112012/11/17

Dimensional Analysis and Similitude

102012/11/182012/11/24

Viscous Flow

112012/11/252012/12/01

Flow in Closed Conduits and Fluid Machinery

122012/12/022012/12/08

Fundamentals of Heat Transfer

2()

132012/12/092012/12/15

Differential Equations of Heat Transfer

142012/12/162012/12/22

Steady-state Conduction

152012/12/232012/12/29

Unsteady-state Conduction

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. 2. 3. 4. 5.CIGS 6.OLED 7.OSL


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7.



12012/09/162012/09/22

I

22012/09/232012/09/29

II

32012/09/302012/10/06

III

I

42012/10/072012/10/13

I

52012/10/142012/10/20

I

II

62012/10/212012/10/27

II

72012/10/282012/11/03

III

III

82012/11/042012/11/10

IV

92012/11/112012/11/17

Mid-Term

IV

102012/11/182012/11/24

I

112012/11/252012/12/01

II

V

122012/12/022012/12/08

OLED I

132012/12/092012/12/15

OLED II

VI

142012/12/162012/12/22

OLED III

152012/12/232012/12/29

OSL I

162012/12/302013/01/05

OSL II

172013/01/062013/01/12

OSL III

182013/01/132013/01/19

Final


50% Final 50%



1. 2. 3.


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1. 2. 3. 4. 5. 6. 7. 8. 9. 10.


5.

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6.

1

: Introduction to Industrial Polymers

: H,Ulrich

: Hanser publishers

:

2

:

:

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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

172013/01/062013/01/12

182013/01/132013/01/19


30% 30 % 40 %




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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

:

6.

1

:

:

:

:

7.



12012/09/162012/09/22

Introduction

22012/09/232012/09/29

Fundamental Principles and Functions:First Law of Thermodynamics

32012/09/302012/10/06

Fundamental Principles and Functions:Second Law of Thermodynamics

42012/10/072012/10/13

Fundamental Principles and Functions:Auxiliary Functions

52012/10/142012/10/20

Fundamental Principles and Functions:Third Law of Thermodynamics

62012/10/212012/10/27

Fundamental Principles and Functions:Calculation of Enthalpies and Free Energies

72012/10/282012/11/03

Solutions:Behaviour of Gases

82012/11/042012/11/10

Solutions:Thermodynamic Functions of Mixing

92012/11/112012/11/17

Midterm exam

102012/11/182012/11/24

Solutions:Behaviour of Solutions

112012/11/252012/12/01

Equilibria:Reaction Equilibria

122012/12/022012/12/08

Equilibria:Phase Equilibria

132012/12/092012/12/15

Phase Diagrams:Unary Systems

142012/12/162012/12/22

Phase Diagrams:Binary Systems

152012/12/232012/12/29

Phase Diagrams:Ternary Systems

162012/12/302013/01/05

Electrochemistry:Electrochemical Concepts and Thermodynamics

172013/01/062013/01/12

Electrochemistry:Electrochemical Cells

182013/01/132013/01/19

Final exam


Midterm exam: 30% Final exam: 30% Others: 40%




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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

172013/01/062013/01/12

182013/01/132013/01/19


30 30 40




0429

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1.0

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405

0430

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0432

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309

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:

1011

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1. 2. 3.12


5.

1

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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


():40% 2.:30% 3.: 30 %




:

1011

: 2013/04/29

:

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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

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

182013/0

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