Cover; Contents; Contributors to Volume 21; Foreword; Chapter 1. The Polarization of Electron Beams and the Measurement of the g-Factor Anomaly of Free Electrons; I. Introduction; II. Description of Polarized Electron Beams; III. The Effect of Macroscopic Fields on Polarization; IV. The Production of Polarized Beams; V. The Measurement of the g-Factor Anomaly of Free Electrons; References; Chapter 2. Fast Ion Scattering against Metal Surfaces; I. Introduction; II. The Dynamics of Two-Atom Collisions; III. Scattering Experiments with Solid Targets
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IV. Light Emission From Ion-Bombarded Metal TargetsReferences; Chapter 3. Kinetic Ejection of Electrons from Solids; I. Introduction and Background; II. Experimental Techniques; III. Experimental Results; IV. Theory; V. Conclusions and Probable Trends; References; Chapter 4. Scanning Electron Microscopy; I. Introduction; II. Principles of Design of the Scanning Electron Microscope; III. Techniques and Applications; References; Chapter 5. High-Speed Magnetic-Core Memory Technology; I. Introduction; II. Coincident-Current Toroidal Core Storage; III. Two-Dimensional Core Memory
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IV. Special Ferrite Storage Devices and MemoriesReferences; Chapter 6. Physical Foundations of Plasma Applications for Generation and Amplidcation of Microwaves; I. Introduction; II. Slow Waves in Plasma; III. Interaction of Slow Waves with Electron Stream; IV. Plasma Traveling Wave Tube; V. Plasma Backward Wave Generator; VI. Interaction on Longitudinal Waves; VII. Operating-Wavelength Shortening Problems in Plasma Devices; VIII. Experiments on Amplification and Generation of Millimeter Band Oscillations by Means of Plasma; IX. Conclusion; List of Symbols; References; Author Index
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ADV ELECTRONICS ELECTRON PHYSICS V21.
OTHER EDITION IN ANOTHER MEDIUM
Title
Advances in electronics and electron physics. Volume 21.