A01=Mohammad Niyaz Khan
Aggregation Number
Aqueous Pseudophase
Author_Mohammad Niyaz Khan
Category=PNRD
Cationic Micelles
CMC Value
colloidal catalysis
constants
CTABr Micelle
eq_bestseller
eq_isMigrated=1
eq_isMigrated=2
eq_nobargain
eq_non-fiction
eq_science
Experimental Rate Law
GA Catalysis
GB Catalysis
GB Catalyst
industrial chemical processes
intermolecular forces
Kinetic Model
KS Value
Micellar Environment
Micellar Pseudophase
Micellar Surface
micelle-mediated reaction mechanisms
micelles
mixed
Mixed Aqueous Organic Solvents
Mixed Aqueous Solvent
Mixed Micellar
Mixed Micelles
model
Nucleophilic Catalysis
order
Phenyl Chloroformate
PP Model
pseudo-first
Pseudo-first Order Rate Constants
pseudophase
rate
Rate Enhancements
reaction kinetics
Rodlike Micelles
SDS Micelle
solution
surface
surfactant chemistry
thermodynamic modeling
Product details
- ISBN 9781574444902
- Weight: 802g
- Dimensions: 152 x 229mm
- Publication Date: 24 Aug 2006
- Publisher: Taylor & Francis Inc
- Publication City/Country: US
- Product Form: Hardback
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Micelles are prevalent in naturally occurring and biological catalytic reactions. However, it is only in recent decades that scientists have developed kinetic models clarifying how micelle-mediated catalysis works at a molecular level. Written by a leading expert in the field, Micellar Catalysis is an in-depth examination of how micelles affect reaction mechanisms and reaction rates in organic and inorganic reactions.
The book first discusses the structural and chemical properties of micelles and the role of thermodynamics, concentration, and additives in forming micelles. Demonstrating how intermolecular forces influence the reaction mechanisms, the author presents kinetic models for reactions catalyzed by normal micelles, as well as mixed micelles and metallomicelles. The book also compares various types of catalytic reactions with and without micelles to quantify their effect on reaction rates and rate constants. Using this information, it illustrates how micelles can modify reaction rates and improve catalytic efficiency, particularly for industrial processes. The final chapter explains the principles of kinetics used for data analysis.
Focused on kinetic, chemical, and physical aspects of micelle-mediated reactions, this book offers clear insight into the complex mechanisms that occur in biological reactions. Micellar Catalysis is an essential source of reference for scientists involved in the research and development of micelles for industrial and biochemical applications.
Mohammad Niyaz Khan
