Elements of chemical reaction engineering /
Scott Fogler, H.
Elements of chemical reaction engineering / H. Scott Fogler. - Fifth edition. - xxxii, 957 páginas.
Incluye índice.
CHAPTER 1. MOLE BALANCES. CHAPTER 2. CONVERSION AND REACTOR SIZING. CHAPTER 3. RATE LAWS. CHAPTER 4. STOICHIOMETRY. CHAPTER 5. ISOTHERMAL REACTOR DESIGN: CONVERSION. CHAPTER 6. ISOTHERMAL REACTOR DESIGN: MOLES AND MOLAR FLOW RATES. CHAPTER 7. COLLECTION AND ANALYSIS OF RATE DATA. CHAPTER 8. MULTIPLE REACTIONS. CHAPTER 9. REACTION MECHANISMS, PATHWAYS, BIOREACTIONS, AND BIOREACTORS. CHAPTER 10. CATALYSIS AND CATALYTIC REACTORS. CHAPTER 11. NONISOTHERMAL REACTOR DESIGN-THE STEADY-STATE ENERGY BALANCE AND ADIABATIC PFR APPLICATIONS. CHAPTER 12. STEADY-STATE NONISOTHERMAL REACTOR DESIGN-FLOW REACTORS WITH HEAT EXCHANGE. CHAPTER 13. UNSTEADY-STATE NONISOTHERMAL REACTOR DESIGN. CHAPTER 14. MASS TRANSFER LIMITATIONS IN REACTING SYSTEMS. CHAPTER 15. DIFFUSION AND REACTION. CHAPTER 16. RESIDENCE TIME DISTRIBUTIONS OF CHEMICAL REACTORS. CHAPTER 17. PREDICTING CONVERSION DIRECTLY FROM THE RESIDENCE TIME DISTRIBUTION. CHAPTER 18. MODELS FOR NONIDEAL REACTORS.
9780133887518
Química--Pruebas y reactivos
Reacciones químicas
Estequiometría
Transferencia de masa
Ingeniería química
660.28 / S425el 2016
Elements of chemical reaction engineering / H. Scott Fogler. - Fifth edition. - xxxii, 957 páginas.
Incluye índice.
CHAPTER 1. MOLE BALANCES. CHAPTER 2. CONVERSION AND REACTOR SIZING. CHAPTER 3. RATE LAWS. CHAPTER 4. STOICHIOMETRY. CHAPTER 5. ISOTHERMAL REACTOR DESIGN: CONVERSION. CHAPTER 6. ISOTHERMAL REACTOR DESIGN: MOLES AND MOLAR FLOW RATES. CHAPTER 7. COLLECTION AND ANALYSIS OF RATE DATA. CHAPTER 8. MULTIPLE REACTIONS. CHAPTER 9. REACTION MECHANISMS, PATHWAYS, BIOREACTIONS, AND BIOREACTORS. CHAPTER 10. CATALYSIS AND CATALYTIC REACTORS. CHAPTER 11. NONISOTHERMAL REACTOR DESIGN-THE STEADY-STATE ENERGY BALANCE AND ADIABATIC PFR APPLICATIONS. CHAPTER 12. STEADY-STATE NONISOTHERMAL REACTOR DESIGN-FLOW REACTORS WITH HEAT EXCHANGE. CHAPTER 13. UNSTEADY-STATE NONISOTHERMAL REACTOR DESIGN. CHAPTER 14. MASS TRANSFER LIMITATIONS IN REACTING SYSTEMS. CHAPTER 15. DIFFUSION AND REACTION. CHAPTER 16. RESIDENCE TIME DISTRIBUTIONS OF CHEMICAL REACTORS. CHAPTER 17. PREDICTING CONVERSION DIRECTLY FROM THE RESIDENCE TIME DISTRIBUTION. CHAPTER 18. MODELS FOR NONIDEAL REACTORS.
9780133887518
Química--Pruebas y reactivos
Reacciones químicas
Estequiometría
Transferencia de masa
Ingeniería química
660.28 / S425el 2016