Performace of a radio-frequency-based strak camera

We have experimented with a streak camera based on radio-frequency detection of the electron beam. The time-resolution was measured to lie in the sub-ps domain. The method allowed considerable simplification of triggering, weaker dependence on space-charge within the electron beam, high modularity, and ease of implementation. We discuss experimental results and future prospects

Setting up and time-resolution measurement of a radio-frequency-based streak camera

We have experimented with a radio-frequency-based streak camera. The basic idea behind the method consists of magnetic deflection of the electron beam imparted by a radio-frequency cavity. All the components of the camera were tested and the time resolution was measured to lie within the sub-ps domain. Further advantages of the method are simplification of triggering, weaker dependence on space-charge effect within the electron beam, high modularity, and ease of implementation

Неразрушающий однопролетный датчик продольного распределения заряда ультрарелятивистского электронного сгустка

We present here the first experimental test of a singlepass non-destructive method of monitoring of longitudinal charge distribution in an intensive relativistic electron bunch. This method is based on the scanning of a thin electron beam within the energy range 20-100 keV in the electromagnetic field of an intensive relativistic bunch.The authors wish to thank Dr. A.V. Burov, Dr. D.V. Pestrikov and Dr. V.A. Kiselev of the Budker Institute of Nuclear Phisics for very usefull discussions

Cavity longitudinal loss factor measurements by means of a beam test facility

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