Simulation Method of Multipactor and Its Application in Satellite Microwave Components
portes grátis
Simulation Method of Multipactor and Its Application in Satellite Microwave Components
Li, Yun; Zhang, Hongtai; Cui, Wanzhao; Yang, Jing
Taylor & Francis Ltd
09/2021
236
Dura
Inglês
9781032038971
15 a 20 dias
444
Descrição não disponível.
1. Introduction 2. Basic Theory and Measurement Method of Secondary Electron Emission in Multipactor 3. Electromagnetic particle-in-cell method 4. EM PIC Simulation of Multipactor in High Power Microwave Components for Space Application 5. Multipactor Analysis in Multicarrier Systems 6. Application of Electromagnetic Particle Method in the Simulation of Collector for Traveling Wave Tube
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Beam Wave Interaction;simulation method;Microwave Components;multipactor simulation;FDTD Calculation;Satellite Microwave Components;See;high-power microwave;Secondary Electrons;Electromagnetic Field Distribution;Pic Method;Electromagnetic Field;Multicarrier Signal;Thermal Electron Emission;Depressed Collector;Em Calculation;Iteration Time Step;TWT;Oxygen Free Copper;Microwave Switch;Space Charge Limited;MSAT;Mesh Coordinates;Thermal Field Emission;Conductor Boundary Conditions;Inelastic Scattering;Impedance Transformer;Matching Layer;Time Evolution Curves
1. Introduction 2. Basic Theory and Measurement Method of Secondary Electron Emission in Multipactor 3. Electromagnetic particle-in-cell method 4. EM PIC Simulation of Multipactor in High Power Microwave Components for Space Application 5. Multipactor Analysis in Multicarrier Systems 6. Application of Electromagnetic Particle Method in the Simulation of Collector for Traveling Wave Tube
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Beam Wave Interaction;simulation method;Microwave Components;multipactor simulation;FDTD Calculation;Satellite Microwave Components;See;high-power microwave;Secondary Electrons;Electromagnetic Field Distribution;Pic Method;Electromagnetic Field;Multicarrier Signal;Thermal Electron Emission;Depressed Collector;Em Calculation;Iteration Time Step;TWT;Oxygen Free Copper;Microwave Switch;Space Charge Limited;MSAT;Mesh Coordinates;Thermal Field Emission;Conductor Boundary Conditions;Inelastic Scattering;Impedance Transformer;Matching Layer;Time Evolution Curves
