Low-temperature insulation and heat transfer technology

Author: Chen Guobang
Publisher:
Publish Date: 2004-09-01
Features: This book focuses on introducing the fundamental principles and design methods of cryogenic insulation and heat transfer technology, proposing entry-level approaches for in-depth research and experiments, evaluating the progress and application prospects of this research field, and identifying existing issues and development directions. The book avoids unnecessary repetition with general heat transfer content, offering strong informational value. It includes several examples to help readers deeply understand and practically apply the content presented. This book is suitable for scientists and engineers engaged in cryogenic technology research, design, teaching, marketing, and production. It is particularly suitable for engineering technicians working in superconducting magnet cooling technology, aerospace cryogenic propellant technology, high-energy physics experimental technology, and the storage and transportation of cryogenic liquefied gases. It can also serve as a selective course textbook for senior undergraduate students in cryogenics and refrigeration majors and a teaching reference for graduate students.
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Author: Chen Guobang
Publisher:
Publish Date: 2004-09-01
Features: This book focuses on introducing the fundamental principles and design methods of cryogenic insulation and heat transfer technology, proposing entry-level approaches for in-depth research and experiments, evaluating the progress and application prospects of this research field, and identifying existing issues and development directions. The book avoids unnecessary repetition with general heat transfer content, offering strong informational value. It includes several examples to help readers deeply understand and practically apply the content presented. This book is suitable for scientists and engineers engaged in cryogenic technology research, design, teaching, marketing, and production. It is particularly suitable for engineering technicians working in superconducting magnet cooling technology, aerospace cryogenic propellant technology, high-energy physics experimental technology, and the storage and transportation of cryogenic liquefied gases. It can also serve as a selective course textbook for senior undergraduate students in cryogenics and refrigeration majors and a teaching reference for graduate students.