Foundations of Molecular-Flow Networks for Vacuum System Analysis - Softcover

Yoshimura, Nagamitsu

Softcover

ISBN 10: 0128186879 ISBN 13: 9780128186879

Publisher: Academic Press, 2019

Synopsis

Foundations of Molecular-Flow Networks for Vacuum System Analysis is the only book that covers desorption, adsorption and outgassing in relation to molecular-flow networks. It will be beneficial for academics, students and industry personnel working in the field of ultra-high vacuums for designing the equipment/set-up and as a guide to understand the processes relating to vacuums. The book is fully supported with equations and case studies from industry. Vacuum technology is extensively used in large synchrotrons and other large accelerators, as well as in many other smaller industrial and scientific facilities. Hence, this book is a welcome addition to the literature.

• Explains how to design, model and simulate vacuum systems to obtain satisfactory pressure distributions
• Offers a practical description of molecular flow, providing techniques to design molecular flow networks of vacuum systems and processes
• Explores equivalence with electrical components to help readers with simulation using free software such as LTSPICE

About this title

About the Author

In 1965 he graduated from Osaka Prefecture University, Engineering Division and immediately began working for JEOL LTD. In 1985 he received a Doctor of Engineering degree from Osaka Prefecture University. His Ph.D. Thesis was on “Research and Development of High-Vacuum System of Electron Microscopes” (in Japanese). In 1995 he qualified as a consultant engineer in the field. From 1965 to 2002 he engaged in research and development of vacuum-related technology in electron microscopes for more than 35 years at JEOL-group companies. He retired in 2002. He has authored 2 books for Springer.

Edition details

• Publisher: Academic Press
• Publication date: 2019
• Language: English
• ISBN 10: 0128186879
• ISBN 13: 9780128186879
• Binding: Paperback
• Edition number: 1
• Number of pages: 208