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- 공학 >화공 >화학공학
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- 강의학기
- 2017년 1학기
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- 강의계획서
- 강의계획서
화학공학도에게 필수적인 기초과목으로서 각종 단위 상호 환산능력을 배양시키며, 주어진 공정을 물질수지 및 에너지수지를 통하여 분석하여 여타의 공정에서도 응용할 수 있는 능력을 부여시킨다.
- 수강안내 및 수강신청
- ※ 수강확인증 발급을 위해서는 수강신청이 필요합니다
차시별 강의
| 1. | ![]() |
Ch. 1. Mole balances | syllabus, The general mole blances equation, The rate of reaction, Batch reactor | |
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Ch. 1. Mole balances | continuous-flow reactor (CSTR, tubular reactor, PBR) | |
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| 2. | ![]() |
Ch. 2. Coversion and reactor sizing | Design equation for barch reactor / Flow reactors | |
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Ch. 2. Coversion and reactor sizing | Sizing continuous flow reactors, reactors in series | |
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| 3. | ![]() |
Ch. 2. Coversion and reactor sizing | Reactors in series, Some further definitions | |
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Ch. 3. Rate Laws | Basic difinition, The reaction order and the rate law, Power law Models and elementary rate laws, non-elementary rate laws | |
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| 4. | ![]() |
Ch. 3. Rate Laws | Reversible reactions, The reaction rate constant, Present status of our approach | |
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Ch. 4. Stoichiometry | Batch systems, Equqations for batch concoentrations | |
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Ch. 4. Stoichiometry | Flow systems, Equations, Equations for concentrations in flow systems, liquid phase concentrations, gas phase concentrations | |
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Ch. 5. Isothermal reactor design: coversion | Design structure for isothermal reactor | |
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Ch. 5. Isothermal reactor design: coversion | CSTRs, Tubular Reactors | |
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Ch. 5. Isothermal reactor design: coversion | Pressure Drop in reactors | |
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Ch. 5. Isothermal reactor design: coversion | Pressure Drop in reactors, Synthesizing the design of a chemical plant | |
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Ch. 6. Isothermal reactor design: Molar flow rate | molar flow rate balance algorithm applications of the molar flow rate algorithm to micro reactor membrane reactor, unsteady state of operation of stirred reactors | |
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| 10. | ![]() |
Ch. 6. Isothermal reactor design: Molar flow rate | mole balances on CSTRs, PFRs, PBR, and batch reactor | |
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Ch. 7. Collection and analysis of rate data | Rate data collection | |
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| 11. | ![]() |
Ch. 8. Multiple reaction | Defintition, Algorithm for multiple reaction | |
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Ch. 8. Multiple reaction | Parrallel reaction, Reation in series | |
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| 12. | ![]() |
Ch. 8. Multiple reaction | Complex reaction, Membraine reactor to improve selectivity in multiple reaction | |
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