Reaction Kinetics

By:

Material type: Text

TextPublication details: Oxford Oxford University Press 1995Description: xiii, 305pISBN:

019855527X

Subject(s):

DDC classification:

541.394 PIL/R

Contents:

Why study reaction kinetics? 1. Time, concentration, and temperature 2. Experimental techniques 3. An introduction to theories of bimolecular reactions 4. Reaction dynamics 5. Unimolecular and association reactions 6. Reactions in solution 7. Surface reactions 8. Complex reactions 9. Straight chain reactions 10. Explosions and branched chain reactions 11. Negative feedback and oscillatory behaviour 12. Photochemistry Appendix I: Fundamental constant Appendix II: Units of energy Appendix III: Conversion factors from pressure to concentration units and for various rate coefficients Appendix IV: Absorption coefficients

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Holdings
Item type	Current library	Home library	Call number	Status	Date due	Barcode
Book	Study Centre Pandalam ,University of Kerala Processing Center	Study Centre Pandalam ,University of Kerala	541.394 PIL/R (Browse shelf(Opens below))	Available		USCP441

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Previous	541.38 SHE/N Nuclear Chemistry	541.394 GUP/C Chemical Kinetics and Reaction Mechanism	541.394 KAL/L Chemical Kinetic Methods: principles of relaxation techniques and applications	541.394 PIL/R Reaction Kinetics	543 ARO/P Polarographic Methods in Analytical Chemistry	543 CHA/I Instrumental Methods of Chemical Analysis	543 CHA/I Instrumental Methods of Chemical Analysis	Next

Includes bibliographical references and index

Why study reaction kinetics?
1. Time, concentration, and temperature
2. Experimental techniques
3. An introduction to theories of bimolecular reactions
4. Reaction dynamics
5. Unimolecular and association reactions
6. Reactions in solution
7. Surface reactions
8. Complex reactions
9. Straight chain reactions
10. Explosions and branched chain reactions
11. Negative feedback and oscillatory behaviour
12. Photochemistry
Appendix I: Fundamental constant
Appendix II: Units of energy
Appendix III: Conversion factors from pressure to concentration units and for various rate coefficients
Appendix IV: Absorption coefficients

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