Analysis and experimental design of micro-pulse gun

Micro-pulse gun (MPG) is a novel microwave electron gun. It is a kind of high brightness electron source. The concept of MPG has been studied in detail. The multipacting theory and self-bunching progress of the electron beam are discussed. The natural 'bunching', or resonant phase selectio...

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Detalles Bibliográficos
Autores principales: Yang Xing Fan, Cai Gong He, LiuXiSan, LuHePing, Xu Zhou, Zhang Zhi Fu
Lenguaje:chi
Publicado: 2002
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/747261
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author Yang Xing Fan
Cai Gong He
LiuXiSan
LuHePing
Xu Zhou
Zhang Zhi Fu
author_facet Yang Xing Fan
Cai Gong He
LiuXiSan
LuHePing
Xu Zhou
Zhang Zhi Fu
author_sort Yang Xing Fan
collection CERN
description Micro-pulse gun (MPG) is a novel microwave electron gun. It is a kind of high brightness electron source. The concept of MPG has been studied in detail. The multipacting theory and self-bunching progress of the electron beam are discussed. The natural 'bunching', or resonant phase selection of the particles gives rise to high current density (kA/cm sup 2 ). The saturated beam pulse width is found to be typically 5% of the RF period. The cavity parameters such as the accelerating gap width and electric field are determined based on the theory. The cavity design and the dynamical simulation result are also presented
id cern-747261
institution Organización Europea para la Investigación Nuclear
language chi
publishDate 2002
record_format invenio
spelling cern-7472612019-09-30T06:29:59Zhttp://cds.cern.ch/record/747261chiYang Xing FanCai Gong HeLiuXiSanLuHePingXu ZhouZhang Zhi FuAnalysis and experimental design of micro-pulse gunAccelerators and Storage RingsMicro-pulse gun (MPG) is a novel microwave electron gun. It is a kind of high brightness electron source. The concept of MPG has been studied in detail. The multipacting theory and self-bunching progress of the electron beam are discussed. The natural 'bunching', or resonant phase selection of the particles gives rise to high current density (kA/cm sup 2 ). The saturated beam pulse width is found to be typically 5% of the RF period. The cavity parameters such as the accelerating gap width and electric field are determined based on the theory. The cavity design and the dynamical simulation result are also presentedCAEP-0122oai:cds.cern.ch:7472612002
spellingShingle Accelerators and Storage Rings
Yang Xing Fan
Cai Gong He
LiuXiSan
LuHePing
Xu Zhou
Zhang Zhi Fu
Analysis and experimental design of micro-pulse gun
title Analysis and experimental design of micro-pulse gun
title_full Analysis and experimental design of micro-pulse gun
title_fullStr Analysis and experimental design of micro-pulse gun
title_full_unstemmed Analysis and experimental design of micro-pulse gun
title_short Analysis and experimental design of micro-pulse gun
title_sort analysis and experimental design of micro-pulse gun
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/747261
work_keys_str_mv AT yangxingfan analysisandexperimentaldesignofmicropulsegun
AT caigonghe analysisandexperimentaldesignofmicropulsegun
AT liuxisan analysisandexperimentaldesignofmicropulsegun
AT luheping analysisandexperimentaldesignofmicropulsegun
AT xuzhou analysisandexperimentaldesignofmicropulsegun
AT zhangzhifu analysisandexperimentaldesignofmicropulsegun

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