| 課程大綱 Syllabus |
學生學習目標
Learning Objectives |
單元學習活動
Learning Activities |
學習成效評量
Evaluation |
備註
Notes |
序
No. | 單元主題
Unit topic |
內容綱要
Content summary |
| 1 | Introduction: wave concept |
1. particle velocity
2. wave velocity |
To know concept of wave and potential applications |
講授
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| 2 | Adsorption wave: single-component systems |
1. Asdorption isotherm models
2. Type of adsorption isotherm
3. Self-sharpening wave
4. Non-sharpening wave |
To learn basic wave behaviors for different types of adsorption isotherm |
講授
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作業
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| 3 | Desorption wave: single-component systems |
1. Self-sharpening wave
2. Non-sharpening wave
3. Mixed wave |
To learn different desorption behaviors for different types of adsorption isotherm |
講授
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| 4 | Adsorption wave: binary systems |
1. Binary adsorption isotherm model
2. Coherence condition
3. Composition path diagram
4. Composition route |
To learn breakthrough curves of binary adsorption wave |
講授
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作業
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| 5 | Desorption wave: binary systems |
1. Composition path diagram
2. Composition route |
To learn desorption curves of binary adsorption systems |
講授
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| 6 | Adsorption wave interference |
1. Single solute system
2. Binary solute system |
To learn wave interference behaviors |
講授
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作業
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| 7 | Adiabatic adsorption wave |
1. Concentration wave
2. Thermal wave |
To learn breakthrough curve of adiabatic adsorption |
講授
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| 8 | MIDTERM EXAM |
Review adsorption wave |
To check understanding of adsorption wave |
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期中考
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| 9 | Ion exchange wave: binary systems |
Binary ion exchange wave |
To learn binary ion exchange breakthrough curve |
講授
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| 10 | Ion exchange wave: ternary systems |
1. h transform
2. composition path diagram |
To learn ternary ion exchange breakthrough curve |
講授
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作業
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| 11 | Sedimentation wave: theory |
Sedimentation wave: basic theory |
To learn basic theory of sedimentation wave |
講授
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| 12 | Sedimentation wave: application |
1. Batch sedimentation curve
2. Sedimentation tank design and operation |
To learn how to predict batch sedimentation curve |
講授
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作業
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| 13 | Diffusional wave |
Wave velocity of diffusion systems |
To learn how to derive wave velocity for diffusion system |
講授
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| 14 | Nonuniform catalyst preparation: single active element |
1. Uuniform catalyst
2. Egg-shell nonuniform catalyst
3. Egg-yolk nonuniform catalyst |
To learn how to prepare nonuniform catalyst with single active element |
講授
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作業
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| 15 | Nonuniform catalyst preparation: dual active elements |
Nonuniform catalyst preparation: dual active elements |
To learn how to prepare nonuniform catalyst with dual active element |
講授
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| 16 | FINAL EXAM |
Review of wave theory and application |
To check understanding of wave theory and application |
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期末考
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| 17 | Wave application case study |
Study and present wave papers |
Study and present wave papers |
心得發表
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彈性教學
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| 18 | Wave application case study |
Study and present wave papers |
Study and present wave papers |
心得發表
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彈性教學
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