The wake fields due to the rough surface of the vacuum chamber have a major influence on the beam dynamics in. Linear Colliders and Free Electron Lasers.
A proposal for the surface roughness wake field measurement at the ...
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The wake fields due to the rough surface of the vacuum chamber have a major influence on the beam dynamics in linear colliders and free electron lasers.
The wake fields due to the rough surface of the vacuum chamber have a major influence on the beam dynamics in linear colliders and free electron lasers.
A proposal for the surface roughness wake field measurement at the TESLA Test Facility. A. Novokhatsky(. Darmstadt, Tech. Hochsch. ) ,. M. Timm(. Darmstadt ...
Schlarb, “A Proposal for the Surface Roughness Wake Field Measurement at the TESLA Test Facility”, in Proc. PAC'99, New York, NY, USA, Mar. 1999, paper ...
The wake fields due to the rough surface of the vacuum chamber have a major influence on the beam dynamics in linear colliders and free electron lasers.
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An experiment has been carried out at the TESLA Test Facility (TTF) linac to investigate the wake fields generated by picosecond electron bunches in narrow ...
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Abstract. Wakefield effects due to internal vacuum chamber roughness may increase the electron beam energy spread and so have become an immediate concern ...
At the TESLA Test Facility an experiment is in preparation to verify the calculations on wake field generation in a beam pipe with rough surface. A direct ...