Titlebook: New Techniques for Future Accelerators; Mario Puglisi,Stanislao Stipcich,Gabriele Torelli Book 1987 Springer Science+Business Media New Yo

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愛哭

Wake Field Acceleration,l be described. The developement of the high current hollow beam electron gun was continued. In the conventional linac, the hollow beam was accelerated to about 6 MeV. Beam monitors came into operation, two gap monitors, two fluorescent monitors and a Cerenkov monitor. Calculations with the computer

IST

condescend

STEER

揭穿真相

Collider Scaling and Cost Estimation,t costs less than the SSC. Cost considerations are, unfortunately, crucial. It is simply not useful to know how to build an accelerator that would cost 100 billion dollars. Although it is difficult to make cost estimates without knowing the technology, I believe the attempt is useful.

ineptitude

背信

Developments in the Physics of High Current Linear Ion Accelerators,influenced by the requirement of providing sufficient focusing (confinement) for the beam to balance the effects of the space-charge (self-field) forces, which become important for high beam current. Longitudinal focusing is obtained by operation on the rising rf electric field, where both accelerat

歡樂東方

RFQ Application,ed to get the output beam current and emittance needed for experiments or further acceleration in other accelerator structures. The rf cavity then has to be designed to provide a uniform electrode potenttial generally as high as possible and with high efficiency in respect to power consumption. In t

Predigest

High Power 35 GHz Testing of A Free-Electron Laser and Two-Beam Accelerator Structures,tron Laser Facility. This is a single-pass Free-Electron Laser which, because the wiggler excitation can be varied, can operate over a wide frequency range. Efficiency of conversion of electron beam to microwave power is 7%. This new power source is being used in a collateral program for developing