Kinetics And Mechanism Of Crystallization: From The Fluid Phase And Of The Condensation And Evaporation Of Liquids
Condition: SECONDHAND
This is a secondhand book. The jacket image is a photograph of the exact copy we have in stock. This image shows the condition of this book. Further condition remarks are below.
Condition remarks:
Book: Good
Jacket: N/A
Pages: Good
Markings: No markings
A rigorous work of physical chemistry and materials science, Kinetics and Mechanism of Crystallization: From the Fluid Phase and of the Condensation and Evaporation of Liquids presents a comprehensive scientific treatment of the processes governing how crystals form from fluid phases and how liquids condense and evaporate. Strickland-Constable details the underlying theoretical frameworks and experimental evidence that illuminate nucleation, crystal growth rates, and the molecular mechanisms driving phase transitions. Written with the precision and authority expected of advanced academic science, the text instructs researchers and graduate students in the quantitative analysis of crystallization kinetics, drawing on classical thermodynamics and statistical mechanics. The work argues for a systematic, mechanistic understanding of these phenomena, making it an indispensable reference for chemists, chemical engineers, and materials scientists engaged in industrial crystallization, pharmaceutical development, or fundamental research into phase behavior.
Author: R. F. Strickland-Constable
Format: Hardback
Published: 1968, Academic Press
Genre: Chemistry
Condition remarks:
Book: Good
Jacket: N/A
Pages: Good
Markings: No markings
A rigorous work of physical chemistry and materials science, Kinetics and Mechanism of Crystallization: From the Fluid Phase and of the Condensation and Evaporation of Liquids presents a comprehensive scientific treatment of the processes governing how crystals form from fluid phases and how liquids condense and evaporate. Strickland-Constable details the underlying theoretical frameworks and experimental evidence that illuminate nucleation, crystal growth rates, and the molecular mechanisms driving phase transitions. Written with the precision and authority expected of advanced academic science, the text instructs researchers and graduate students in the quantitative analysis of crystallization kinetics, drawing on classical thermodynamics and statistical mechanics. The work argues for a systematic, mechanistic understanding of these phenomena, making it an indispensable reference for chemists, chemical engineers, and materials scientists engaged in industrial crystallization, pharmaceutical development, or fundamental research into phase behavior.