Advanced Simulated Annealing
This book aims to educate the readers with extensive information regarding Advanced Simulated Annealing. It is based on statistical mechanics which suggests that molecules in a liquid move freely at high temperatures but their thermal mobility decreases with the slow reduction of temperature. In the final state, a pure crystal is formed, corresponding to a state of minimum energy. This book compiles contributions of scientists, researchers and experts in this field. It aims to benefit students, teachers and researchers in their study of stimulated annealing.
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Advanced Simulated Annealing
This book aims to educate the readers with extensive information regarding Advanced Simulated Annealing. It is based on statistical mechanics which suggests that molecules in a liquid move freely at high temperatures but their thermal mobility decreases with the slow reduction of temperature. In the final state, a pure crystal is formed, corresponding to a state of minimum energy. This book compiles contributions of scientists, researchers and experts in this field. It aims to benefit students, teachers and researchers in their study of stimulated annealing.
119.95 In Stock
Advanced Simulated Annealing

Advanced Simulated Annealing

Advanced Simulated Annealing

Advanced Simulated Annealing

Hardcover

$119.95 
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Overview

This book aims to educate the readers with extensive information regarding Advanced Simulated Annealing. It is based on statistical mechanics which suggests that molecules in a liquid move freely at high temperatures but their thermal mobility decreases with the slow reduction of temperature. In the final state, a pure crystal is formed, corresponding to a state of minimum energy. This book compiles contributions of scientists, researchers and experts in this field. It aims to benefit students, teachers and researchers in their study of stimulated annealing.

Product Details

ISBN-13: 9781632400260
Publisher: CLANRYE INTERNATIONAL
Publication date: 03/03/2015
Pages: 304
Product dimensions: 5.98(w) x 9.02(h) x (d)
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