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Marsh, K.

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Last Name: Marsh

Full Name: Marsh, K.

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3 papers

title: Commissioning of the Neptune Photoinjector

format: conference procceeding

conference: APS April Meeting

year: 2000

13 authors: S. Anderson | J. B. Rosenzweig | Burke, A. | X. Ding | Loh, M. | P. Musumeci | C. Pellegrini | Suk, H. | M.C. Thompson | C. Clayton | C. Joshi | Marsh, K. | P. Muggli

abstract: The status of the commissioning of the rf photoinjector in the Neptune advanced accelerator laboratory is discussed. The component parts of the photoinjector, the rf gun, photocathode drive laser system, booster linac, rf system, chicane compressor, beam diagnostics systems, and control system are described. Recent improvements in the rf gun, rf timing, and chicane compressor systems are detailed. This injector is designed to produce short pulse length, high brightness electron beams. Experiments planned for the immediate future are described. Initial measurements of various beam parameters are presented.

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title: Commissioning of the Neptune photoinjector

format: conference procceeding

conference: 1999 Particle Accelerator Conference

year: 1999

21 authors: S. Boucher | P. Musumeci | Loh, M. | Burke, A. | S. Anderson | J. B. Rosenzweig | Bishofberger, K. | X. Ding | Holden, T. | A. Murokh | C. Pellegrini | Suk, H. | A. Tremaine | C. Clayton | C. Joshi | Marsh, K. | P. Muggli | M.C. Thompson | S. Anderson | R. Agustsson | R. J. England

abstract: The status of the commissioning of the RF photoinjector in the Neptune advanced accelerator laboratory is discussed. The component parts of the photoinjector, the RF gun, photocathode drive laser system, booster linac, RF system, chicane compressor, beam diagnostics systems, and control system are described. This injector is designed to produce short pulse length, high brightness electron beams. Experiments planned for the immediate future are described. Initial measurements of various beam parameters are presented. (10 References).

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title: The Neptune photoinjector

format: conference procceeding

conference: ICFA Second Generation Plasma Acceleration Workshop

year: 1998

12 authors: J. B. Rosenzweig | S. Anderson | Bishofberger, K. | X. Ding | A. Murokh | C. Pellegrini | Suk, H. | A. Tremaine | C. Clayton | C. Joshi | Marsh, K. | P. Muggli

abstract: The RF photoinjector in the Neptune advanced accelerator laboratory, along with associated beam diagnostics, transport and phase-space manipulation techniques are described. This versatile injector has been designed to produce short-pulse electron beams for a variety of uses: ultra-short bunches for injection into a next-generation plasma beatwave acceleration experiment, space-charge dominated beam physics studies, plasma wake-field acceleration driver, plasma lensing, and free-electron laser microbunching techniques. The component parts of the photoinjector, the RF gun, photocathode drive laser systems, booster linac, RF system, chicane compressor, beam diagnostic systems, and control system, are discussed. The present status of photoinjector commissioning at Neptune is reviewed, and proposed experiments are detailed. (33 References).

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title:	Commissioning of the Neptune Photoinjector
format:	conference procceeding
conference:	APS April Meeting
year:	2000
13 authors:	S. Anderson \| J. B. Rosenzweig \| Burke, A. \| X. Ding \| Loh, M. \| P. Musumeci \| C. Pellegrini \| Suk, H. \| M.C. Thompson \| C. Clayton \| C. Joshi \| Marsh, K. \| P. Muggli
abstract:	The status of the commissioning of the rf photoinjector in the Neptune advanced accelerator laboratory is discussed. The component parts of the photoinjector, the rf gun, photocathode drive laser system, booster linac, rf system, chicane compressor, beam diagnostics systems, and control system are described. Recent improvements in the rf gun, rf timing, and chicane compressor systems are detailed. This injector is designed to produce short pulse length, high brightness electron beams. Experiments planned for the immediate future are described. Initial measurements of various beam parameters are presented.
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title:	The Neptune photoinjector
format:	conference procceeding
conference:	ICFA Second Generation Plasma Acceleration Workshop
year:	1998
12 authors:	J. B. Rosenzweig \| S. Anderson \| Bishofberger, K. \| X. Ding \| A. Murokh \| C. Pellegrini \| Suk, H. \| A. Tremaine \| C. Clayton \| C. Joshi \| Marsh, K. \| P. Muggli
abstract:	The RF photoinjector in the Neptune advanced accelerator laboratory, along with associated beam diagnostics, transport and phase-space manipulation techniques are described. This versatile injector has been designed to produce short-pulse electron beams for a variety of uses: ultra-short bunches for injection into a next-generation plasma beatwave acceleration experiment, space-charge dominated beam physics studies, plasma wake-field acceleration driver, plasma lensing, and free-electron laser microbunching techniques. The component parts of the photoinjector, the RF gun, photocathode drive laser systems, booster linac, RF system, chicane compressor, beam diagnostic systems, and control system, are discussed. The present status of photoinjector commissioning at Neptune is reviewed, and proposed experiments are detailed. (33 References).
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