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Series Preface | ||
Preface | ||
Symbols and Abbreviations | ||
Ch. 1 | Basic Characteristics of Electrophysical Pumps | |
Ch. 2 | Principles of the Planning and Optimization of the Geometric Structure of Electrophysical Pumps | |
Ch. 3 | Evaporative Getter and Getter-Ion Pumps with Thermal Deposition of Getter Films | |
Ch. 4 | Electrophysical Pumps with Plasma Sources of Getter Films | |
Ch. 5 | Sputter-Ion Pumps. Physical Processes | |
Ch. 6 | Sputter-Ion and Combined Pumps. Calculation, Design, and Operation | |
Ch. 7 | Nonevaporable Getters and Pumping Devices Based on Them | |
Ch. 8 | Principles of the Creation of Nontraditional Electrophysical Pumps | |
References | ||
Index |
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Add Getter and Getter-Ion Vacuum Pumps, This unique monograph discusses all aspects of the design and operation of ultra-high vacuum pumps (EUVP). The adsorption-diffusion model of interaction of gas molecules with metal getters is presented, together with the getter films sorption characterist, Getter and Getter-Ion Vacuum Pumps to the inventory that you are selling on WonderClubX
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Add Getter and Getter-Ion Vacuum Pumps, This unique monograph discusses all aspects of the design and operation of ultra-high vacuum pumps (EUVP). The adsorption-diffusion model of interaction of gas molecules with metal getters is presented, together with the getter films sorption characterist, Getter and Getter-Ion Vacuum Pumps to your collection on WonderClub |