1. |
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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. |
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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. |
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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. |
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Ch. 3. Rate Laws |
Reversible reactions, The reaction rate constant, Present status of our approach |
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5. |
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Ch. 4. Stoichiometry |
Batch systems, Equqations for batch concoentrations |
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6. |
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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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7. |
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Ch. 5. Isothermal reactor design: coversion |
CSTRs, Tubular Reactors |
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8. |
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Ch. 5. Isothermal reactor design: coversion |
Pressure Drop in reactors |
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9. |
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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. |
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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. |
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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. |
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Ch. 8. Multiple reaction |
Complex reaction, Membraine reactor to improve selectivity in multiple reaction |
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