member.che.kuas.edu.twmember.che.kuas.edu.tw/ieet/附錄/【附錄4-5-1... · web view中文書名...

4-5-1()

101

0365

3.0

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303

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3.0

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501

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3.0

3.0

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303

0368

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3.0

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303

0369

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303

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3.0

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303

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303

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203

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0

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:

1011

: 2013/05/17

:

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: 3.0

: 3.0

:

1.(Chinese Teaching objectives)

,,,,,,

2.(English Teaching objectives)

3.(Chinese Syllabus )

(No English Syllabus Data.)

5.

1

: Advanced Engineering Mathematics

: Erwin Kreyszig

: John Wiley & Sons,

:

6.

1

:

:

:

:

7.

(Chinese Course content)

(English Course content)

12012/09/162012/09/22

Introduction

22012/09/232012/09/29

Review of calculus

32012/09/302012/10/06

First-order differential equations

42012/10/072012/10/13


52012/10/142012/10/20


62012/10/212012/10/27

Linear differential equations of second and higher order

72012/10/282012/11/03


82012/11/042012/11/10


92012/11/112012/11/17

Midterm exam

102012/11/182012/11/24


112012/11/252012/12/01

Systems of differential equations, phase plane

122012/12/022012/12/08

Systems of differential equations, phase plane

132012/12/092012/12/15

Series solutions of differential equations

142012/12/162012/12/22

Series solutions of differential equations

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 exam

8.(Chinese Evaluation method )

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

9.(English Evaluation method )

10.(Chinese Classroom requirements )

11.(English Classroom requirements )

:

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5.

1

: Introduction to Chemical Engineering Thermodynamics

:

: Smith & Ness & Abbott

:

6.

1

:

:

:

:

7.



12012/09/162012/09/22

Chap. 1 Introduction

22012/09/232012/09/29

Chap. 2 The first law and other basic concepts

32012/09/302012/10/06

Chap. 2 The first law and other basic concepts

42012/10/072012/10/13

Chap. 3 Volumetric properties of pure fluids

52012/10/142012/10/20


62012/10/212012/10/27


72012/10/282012/11/03

Chap. 4 Heat effects

82012/11/042012/11/10

Chap. 4 Heat effects

92012/11/112012/11/17

102012/11/182012/11/24

Chap. 5 The second law of thermodynamics

112012/11/252012/12/01

Chap. 5 The second law of thermodynamics

122012/12/022012/12/08

Chap. 6 Thermodynamic properties of fluids

132012/12/092012/12/15


142012/12/162012/12/22


152012/12/232012/12/29

Chap. 7 Applications of thermodynamics to flow processes

162012/12/302013/01/05

Chap. 7 Applications of thermodynamics to flow processes

172013/01/062013/01/12

Chap. 8 Production of power from heat

182013/01/132013/01/19


30%40%




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,,,...,,.



Chap.1 Overview of Chemical Reaction Engineering Chap.2 Kinetics of Homogeneous Reactions Chap.3 Interpretation of Batch Reactor Data Chap.4 Introduction to Reactor Design Chap.5 Ideal Reactors for a Single Reaction Chap.6 Design for Single Reactors Chap.7 Design for Parallel Reactions Chap.8 Potpourri of multiple Reactions


5.

1

: CHEMICAL REACTION ENGINEERING (3rd. ed.)

: OCTAVE LEVENSPIEL

:

:

6.

1

: INTRODUCTION TO CHEMICAL ENGINEERING and KINETICS

: Ronald W. Missen, Charles A. Mims and Bradley A. Saville

:

:

7.



12012/09/162012/09/22

Chap.1 Overview of Chemical Reaction Engineering

22012/09/232012/09/29

Chap.2 Kinetics of Homogeneous Reactions

32012/09/302012/10/06

Concentration and Temperature-Dependent of a Rate Equation

42012/10/072012/10/13

Searching for a Mechanism

52012/10/142012/10/20

Chap.3 Interpretation of Batch Reactor Data

62012/10/212012/10/27

Constant and Varying-Volume Batch Reactor

72012/10/282012/11/03

The Search for a Rate Equation

82012/11/042012/11/10

Chap.4 Introduction to Reactor Design

92012/11/112012/11/17

102012/11/182012/11/24

Chap.5 Ideal Reactors for a Single Reaction

112012/11/252012/12/01

Steady-State Mixed Flow Reactors

122012/12/022012/12/08

Steady-State Plug Flow Reactors

132012/12/092012/12/15

Chap.6 Design for Single Reactors

142012/12/162012/12/22

Size Comparison of Single Reactors

152012/12/232012/12/29

Multiple-Reactor, Recycle Reactor and Autocatalytic Reactions

162012/12/302013/01/05

Chap.7 Design for Parallel Reactions

172013/01/062013/01/12

Chap.8 Potpourri of Multiple Reactions

182013/01/132013/01/19


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



,,. ,.


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5.

1

:

:

:

:

6.

2

:

:

:

: 2011

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


(50%)(25%)(25%)



2-3


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5.

1

:

:

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6.

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

(I)

152012/12/232012/12/29

(II)

162012/12/302013/01/05

(III)

172013/01/062013/01/12

(IV)

182013/01/132013/01/19


30%40%




:

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Realization of polymer synthestic methods and mechanism



Polymer synthesis Polymer polymerization mechanism


5.

1

: Contemporary polymer chemistry

: Allcock

:

:

6.

1

: No

:

:

:

7.



12012/09/162012/09/22

Introduction

22012/09/232012/09/29

free radical polymerization

32012/09/302012/10/06


42012/10/072012/10/13


52012/10/142012/10/20

cationic polymerization

62012/10/212012/10/27

anioic polymerization

72012/10/282012/11/03

ring open polymerization

82012/11/042012/11/10

review of addition polymerization

92012/11/112012/11/17

Mid-term exam

102012/11/182012/11/24

moleculae weight measurement

112012/11/252012/12/01

Osmotic press MW measurement

122012/12/022012/12/08

light scattering MW measurement

132012/12/092012/12/15

Viscosity MW measurement

142012/12/162012/12/22

GPC MW & MWD measurement

152012/12/232012/12/29

solution polymerization

162012/12/302013/01/05

suspension polymerization

172013/01/062013/01/12

emulision polymerization

182013/01/132013/01/19

Final


20% for each quiz ( two ) 30% for mid-term and final



Note taking


:

1011

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This course aims to enable students to communicate in English with adequate competence and confidence and filter off essential and key information. Also, they are enable to develop essential skills in listening, speaking, reading and writing intermediate-level English in different daily topics,such as, talking about hobbies, describing problems.



,...


5.

2

: Smart Choice 2

: Ken Wilson

: Oxford

:

6.

1

: Tactics for Listening

: Jack C. Richards

: Oxford

:

7.



12012/09/162012/09/22

Introduction and class warm-up

22012/09/232012/09/29

Chapter 1: I've been running

32012/09/302012/10/06

Chapter 1: I've been running

42012/10/072012/10/13

Chapter 2: Do you know what it's about?

52012/10/142012/10/20

Chapter 2: Do you know what it's about?

62012/10/212012/10/27

Chapter 3: It was painted by da Vinci

72012/10/282012/11/03

82012/11/042012/11/10

Chapter 3: It was painted by da Vinci

92012/11/112012/11/17

Midterm

102012/11/182012/11/24

Chapter 4: Who's your best friend?

112012/11/252012/12/01

Chapter 4: Who's your best friend?

122012/12/022012/12/08

Chapter 5: Gotta have it!

132012/12/092012/12/15

Chapter 5: Gotta have it!

142012/12/162012/12/22

Chapter 6: He'd never been abroad.

152012/12/232012/12/29

Chpater 6: He'd never been abroad.

162012/12/302013/01/05

172013/01/062013/01/12

Student's Storytelling.

182013/01/132013/01/19

Final


1. class attendance and participation 15% 2. Storying telling 15% 3. Quiz 15% 4. Midterm 25% 5. Final 30%




:

1011

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: 2.0

: 2.0

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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

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


4030



:E-mail


:

1011

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,,.



,,,,,.


5.

2

:

:

:

:

6.

1

:

:

:

:

2

: Surfaces, Interrfaces, and Colloids / Principles and Applications 2nd edition

: Drew Myers

: WILEY-VCH

:

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%



,


:

1011

: 2013/05/17

: ()

:

: 0.0

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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




101

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:

1011

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:

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5.

2

:

:

:

:

3

:

:

:

: 2011 12

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

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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:

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5.

1

: Chemical Process Design

: Robin Smith

: McGRAW-HILL

:

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

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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22012/09/232012/09/29

32012/09/302012/10/06

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52012/10/142012/10/20

62012/10/212012/10/27

72012/10/282012/11/03

82012/11/042012/11/10

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102012/11/182012/11/24

112012/11/252012/12/01

122012/12/022012/12/08

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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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Ch 1.() Ch 2. Ch 3. Ch 4. Ch 5.


5.

1

:

:

:

:

6.

1

: Fundamentals of Momentum, Heat, and Mass Transfer

: Welty, Wicks, Wilson, Rorrer

: .

:

7.



12012/09/162012/09/22

Basic modes of heat transfer

22012/09/232012/09/29

Basic modes of heat transfer

32012/09/302012/10/06

The general differential equations of heat transfer

42012/10/072012/10/13

Steady-state heat transfer without heat generation

52012/10/142012/10/20

Steady-state heat transfer without heat generation

62012/10/212012/10/27

Steady-state heat transfer with generation

72012/10/282012/11/03

Steady-state heat transfer with generation

82012/11/042012/11/10

Heat transfer of extended surface

92012/11/112012/11/17

102012/11/182012/11/24

Unsteady state conduction

112012/11/252012/12/01

Convective heat transfer

122012/12/022012/12/08

Convective heat transfer

132012/12/092012/12/15

Heat transfer equipment

142012/12/162012/12/22


152012/12/232012/12/29


162012/12/302013/01/05

Radiation heat transfer

172013/01/062013/01/12

Radiation heat transfer

182013/01/132013/01/19


30% , 30% , 40%




:

1011

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:

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52012/10/142012/10/20

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62012/10/212012/10/27

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72012/10/282012/11/03

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82012/11/042012/11/10

1~6(7)

92012/11/112012/11/17

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102012/11/182012/11/24

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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


+++++




:

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182013/01/132013/01/19


30%30%40%




:

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12012/09/162012/09/22

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102012/11/182012/11/24

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122012/12/022012/12/08

II

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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:

1012

: 2013/05/17

:

:

: 1.0

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:




1 (UV-VIS) 2(UV-VIS) 3 () 4 (FTIR) 5 GC6 7 pH8 9 () 10 11 12


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





:

1012

: 2013/05/17

:

:

: 3.0

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:


..



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


5.

4

:

:

:

:

6.

1

: PRINCIPLES AND PRACTICE OF AUTOMATIC PROCESS CONTROL (2nd. ed.)

: Carlos A. Smith and Armando B. Corripio

:

:

7.



12013/02/242013/03/02

1.

22013/03/032013/03/09

,

32013/03/102013/03/16

2.

42013/03/172013/03/23

52013/03/242013/03/30

3.

62013/03/312013/04/06

72013/04/072013/04/13

82013/04/142013/04/20

4.

92013/04/212013/04/27

102013/04/282013/05/04

112013/05/052013/05/11

5.

122013/05/122013/05/18

6.

132013/05/192013/05/25

,

142013/05/262013/06/01

152013/06/022013/06/08

162013/06/092013/06/15

7.

172013/06/162013/06/22

182013/06/232013/06/29





:

1012

: 2013/05/17

: ()

:

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5.

1

:

:

:

:

6.

2

:

:

:

:

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





:

1012

: 2013/05/17

: ()

:

: 3.0

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..




5.

1

:

:

:

:

6.

2

: Fundamentals of Momentum, Heat, and Mass Transfer .

: Welty, Wicks, Wilson, Rorrer

:

:

3

:

:

:

:

7.



12013/02/242013/03/02

Introduction to momentum

22013/03/032013/03/09

Fluid statics

32013/03/102013/03/16

Description of a fluid in motion

42013/03/172013/03/23

Conservation of mass: control-volume approach

52013/03/242013/03/30

review and exam(I)

62013/03/312013/04/06

Newtons Second Law of Motion: Control-volume Approach

72013/04/072013/04/13

Conservation of Energy: Control-volume Approach

82013/04/142013/04/20

Shear Stress in Laminar Flow

92013/04/212013/04/27

102013/04/282013/05/04

Analysis of a Differential Fluid Element in Laminar Flow

112013/05/052013/05/11

Differential Equations of Fluid Flow

122013/05/122013/05/18

Inviscid Fluid Flow

132013/05/192013/05/25

review and exam(III)

142013/05/262013/06/01

Dimensional Analysis and Similitude

152013/06/022013/06/08

Viscous Flow

162013/06/092013/06/15

Flow in Closed Conduits

172013/06/162013/06/22

Fluid Machinery

182013/06/232013/06/29


30% , 30% , 40%



2,


:

1012

: 2013/05/17

:

:

: 3.0

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:





5.

3

: Introduction to the Thermodynamics of Materials

: Gaskell

: Taylor&Francis

:

6.

2

: David R. Gaskell() 200309

:

:

:

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

(Phase Equilibrium in a One-component System)

92013/04/212013/04/27


102013/04/282013/05/04


112013/05/052013/05/11

(The Behavior of Gases)

122013/05/122013/05/18

(The Behavior of Gases)

132013/05/192013/05/25

(The Behavior of solutions)

142013/05/262013/06/01

(The Behavior of solutions)

152013/06/022013/06/08

162013/06/092013/06/15

172013/06/162013/06/22

182013/06/232013/06/29





:

1012

: 2013/05/17

: ()

:

: 0.0

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:




0730-0800


5.

1

:

:

:

:

6.

1

: 10

: Bill Coplin

:

:

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


756031220~1320




:

1012

: 2013/05/17

:

:

: 3.0

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:


Learning basic theories about polymer science and the methods of measuring these properties



Introduction Definition of Polymer Types of physical properties of polymers Thermal properties Mechanical properties Optical properties Electrical properties


5.

1

: Note

: Ko-Shan Ho

:

:

2

: Note

: Ko-Shan Ho

:

:

6.

1

: -

:

:

:

7.



12013/02/242013/03/02

Introduction

22013/03/032013/03/09

Introduction

32013/03/102013/03/16

Definition

42013/03/172013/03/23

Definition

52013/03/242013/03/30

Methods

62013/03/312013/04/06

Methods

72013/04/072013/04/13

Thermal

82013/04/142013/04/20

Thermal

92013/04/212013/04/27

Mid. Term Exam

102013/04/282013/05/04

Mechanical

112013/05/052013/05/11

Mechanical

122013/05/122013/05/18

Mechanical

132013/05/192013/05/25

Optical

142013/05/262013/06/01

Optical

152013/06/022013/06/08

Electrical

162013/06/092013/06/15

Electrical

172013/06/162013/06/22

Review

182013/06/232013/06/29

Final


Quiz 20% each x2 = 40% Mid-term 30% Final 30%



Taking note


:

1012

: 2013/05/17

:

:

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1. 2. 3. 4.



1. 2. 3. 4. 5.


5.

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:

:

:

3

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1

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12013/02/242013/03/02

Chap. 1

22013/03/032013/03/09

Chap. 2

32013/03/102013/03/16

Chap. 2

42013/03/172013/03/23

Chap. 3

52013/03/242013/03/30

Chap. 3

62013/03/312013/04/06

Chap. 3

72013/04/072013/04/13

Chap. 4

82013/04/142013/04/20

Chap. 5

92013/04/212013/04/27

102013/04/282013/05/04

Chap. 5

112013/05/052013/05/11

Chap. 6. III-V

122013/05/122013/05/18

Chap. 6. III-V

132013/05/192013/05/25

Chap. 7.II-VI

142013/05/262013/06/01

Chap. 8. (CIS)(CIGS)

152013/06/022013/06/08

Chap. 9.

162013/06/092013/06/15

Chap. 9.

172013/06/162013/06/22

Chap. 10

182013/06/232013/06/29


130% 2.40%



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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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22013/03/032013/03/09

1-+++(1/2)

32013/03/102013/03/16

2-(2/2)

42013/03/172013/03/23

52013/03/242013/03/30

-1&2

62013/03/312013/04/06

-1&2

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

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122013/05/122013/05/18

-

132013/05/192013/05/25

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142013/05/262013/06/01

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152013/06/022013/06/08

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162013/06/092013/06/15

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182013/06/232013/06/29

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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


1. 50% 1.50%



1. 2.


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5.

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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





352

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