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□-» Chemical Kinetics and Mechanism

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Title:  Chemical Kinetics and Mechanism
Division:  General Physical / Royal Society of / 英文版
Author/Editor:  M Mortimer (Editor), P G Taylor (Editor)    Star:  
ISBN: 0854046704
Introduce Date:  2007年11月04日20:15 , Release Date:  2007年11月04日20:24
Introducer:  asymmsyn , Rate: 2/114  
Format:  pdf(editorial)  Download 

Comment:    Reason:

Appraiser: heizizhang  Grade: +1  Reason: ( good )
Description:

Chemical Kinetics and Mechanism

DOI: 10.1039/9781847557803
M Mortimer (Editor), P G Taylor (Editor)
ISBN (online): 978-1-84755-780-3
ISBN (print): 978-0-85404-670-6
Copyright: 2002
Front cover
DOI: 10.1039/9781847557803-FX001 (17Mb)                
Front matter
DOI: 10.1039/9781847557803-FP001 (901Kb)                
The molecular world
DOI: 10.1039/9781847557803-00001 (993Kb)        1       
Contents                
Chemical kinetics        9       
Introduction        11       
A closer look at chemical reactions        18       
Rate in chemical kinetics        24       
Factors determining the rate of a chemical reaction        35       
Determining experimental rate equations at a fixed temperature        42       
The effect of temperature on the rate of a chemical reaction        65       
Elementary Reactions        80       
Reaction mechanism        92       
Summary of part 1        104       
Learning outcomes for part 1        105       
Questions: Answers and comments        108       
Exercises: Answers and comments        120       
Further reading        131       
Acknowledgements        132       
The mechanism of substitution        133       
Organic reactions        135       
Reaction mechanisms        139       
Ionic substitution reactions        150       
SN2 and SN1 reaction mechanisms        166       
SN2 versus SN1        175       
Concluding remarks        179       
Learning outcomes for part 2        180       
Questions: Answers and comments        182       
Acknowledgements        185       
Elimination: Pathways and products        187       
Introduction: ß-elimination reactions        189       
The E2 mechanism        194       
The E1 mechanism        203       
Elimination versus substitution        208       
Other useful elimination reactions        212       
Learning outcomes for part 3        215       
Questions: Answers and comments        216       
Case study shape-selective catalysis using zeolites        225       
Introduction        227       
Structure, properties and classification of zeolites        230       
Shape selectivity        242       
Applications of shape selectivity        246       
Zeolites as enzyme mimics        250       
Mesoporous aluminosilicate structures        251       
Conclusion        255       
Acknowledgements        256       
Index        257       
CD-ROM information        262       
Back cover
DOI: 10.1039/9781847557803-BX003 (16Mb)                

http://www.rsc.org/publishing/ebooks/2002/9780854046706.asp

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