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Course introduction and Reaction meachanism | 1. Introduction to CRE 2 cource 2. Pseudo-steady state approximation | ![]() |
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Reaction mechanisms | Enzymatic reaction fundamentals | ![]() |
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Reaction mechanisms | Inhibition of enzyme reactions | ![]() |
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Reaction mechanisms | Inhibition of enzyme reactions | ![]() |
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Reaction mechanisms | Bioreactors | ![]() |
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Reaction mechanisms | Biosynthesis | ![]() |
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Catalysis | 1. Catalysts 2. Steps in catalytic reactions | ![]() |
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Catalysis | 1. Catalysts 2. Steps in catalytic reactions | ![]() |
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Catalysis | 1. Catalysts 2. Steps in catalytic reactions | ![]() |
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Catalysis | 1. Proposing reaction mechanisms. 2. Heterogeneous data analysis | ![]() |
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Catalysis | 1. Reaction engineering in microelectronic fabrication 2. Model discrimination | ![]() |
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Non-is othermal reactor design | 1. Energy balance | ![]() |
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Non-is othermal reactor design | 1. The User-Friendly Energy balance equations 2.Adiabatic Operation | ![]() |
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Non-is othermal reactor design | 1. Adiabatic equilibrium conversion and reactor staging 2. Optimum Feed Temperature | ![]() |
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Non-is othermal reactor designwith heatexchange | 1. Tubular Reacto with Heat exchange 2. Balance on the Heat Transfer Fluid |
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Non-is othermal reactor designwith heatexchange | 1. Algorithm for PFR/PBR Design with Heat Effect 2. CSTR with heat effects | ![]() |