Multipactor in Accelerating Cavities

Part 1. Multipactor in a planar gap.- Chapter 1. Existence zones for multipactor discharge.- Chapter 2. Generalized phase stability in multipacting.- Chapter 3. Ping-pong modes.- Chapter 4. Numerical simulations of multipactor.- Part 2.. Multipactor in crossed RF fields.- Chapter 5. Introduction of accelerating RF cavities.- Chapter 6. Effect of RF cavity magnetic field on multipactor in a gap.- Chapter 7. Multipactor near the cavity equator.- Chapter 8. One-point multipactor in crossed fields of RF cavities.- Part 3. Multipacting-free cavities and transitions between cavities and beam pipes.- Chapter 9. Optimized shape cavities free of multipacting.- Chapter 10. Multipacting-free transitions between cavities and beam pipes. Theorem of minimal electric field.

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• Tecnologia das microondas
• Mensuração e sistemas de medição
• Energia e engenharia nuclear
• Física das partículas e da energia elevada

RF cavity;beam physics;cavity beam-pipe transition;Electron dynamics in accelerating cavities;TESLA cavity;SNS elliptic cavity;Ping-pong multipacting;Multipactor simulation code