MAGIC-2D simulations of high efficiency hollow beam klystrons

DA Constable; Graeme Campbell Burt; Christopher James Lingwood

MAGIC-2D simulations of high efficiency hollow beam klystrons

DA Constable
, Graeme Campbell Burt
, Christopher James Lingwood

UHI Inverness

Resultado de pesquisa: Poster

Resumo

Results from MAGIC-2D simulations of hollow beam, 800 MHz klystrons, with efficiencies on the order of 85% are presented. Such tubes employ the core oscillation method of electron bunching, which allows for most electrons in the beam to be contained within the bunch at the output cavity. By moving towards hollow beam geometries, the bunch at the output cavity presents a favourable phase and spatial profile for energy extraction, and thus, the overall tube efficiency can be maximised

Idioma original	English
Estado da publicação	Published - 18 jul. 2016

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@conference{45ea9620104148c79a4f5975ec7dcd66,

title = "MAGIC-2D simulations of high efficiency hollow beam klystrons",

abstract = "Results from MAGIC-2D simulations of hollow beam, 800 MHz klystrons, with efficiencies on the order of 85\% are presented. Such tubes employ the core oscillation method of electron bunching, which allows for most electrons in the beam to be contained within the bunch at the output cavity. By moving towards hollow beam geometries, the bunch at the output cavity presents a favourable phase and spatial profile for energy extraction, and thus, the overall tube efficiency can be maximised",

author = "DA Constable and Burt, \{Graeme Campbell\} and Lingwood, \{Christopher James\}",

year = "2016",

month = jul,

day = "18",

language = "English",

}

TY - CONF

T1 - MAGIC-2D simulations of high efficiency hollow beam klystrons

AU - Constable, DA

AU - Burt, Graeme Campbell

AU - Lingwood, Christopher James

PY - 2016/7/18

Y1 - 2016/7/18

N2 - Results from MAGIC-2D simulations of hollow beam, 800 MHz klystrons, with efficiencies on the order of 85% are presented. Such tubes employ the core oscillation method of electron bunching, which allows for most electrons in the beam to be contained within the bunch at the output cavity. By moving towards hollow beam geometries, the bunch at the output cavity presents a favourable phase and spatial profile for energy extraction, and thus, the overall tube efficiency can be maximised

AB - Results from MAGIC-2D simulations of hollow beam, 800 MHz klystrons, with efficiencies on the order of 85% are presented. Such tubes employ the core oscillation method of electron bunching, which allows for most electrons in the beam to be contained within the bunch at the output cavity. By moving towards hollow beam geometries, the bunch at the output cavity presents a favourable phase and spatial profile for energy extraction, and thus, the overall tube efficiency can be maximised

M3 - Poster

ER -

MAGIC-2D simulations of high efficiency hollow beam klystrons

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