Experimental studies demonstrated efficacy in measuring electron beam intensity distributions, indicating potential for advanced diagnostics.
In this work is proposed to use the profilometer based on thin cylindrical ionization chambers as a tool for electron beam diagnostics. The suggested device is based on multi-angle scanning method. To test this profilometer system experimental studies on microtron MT-25 were conducted in which were measured transverse distributions of electron beam intensity at different distances. Results show the efficacy of using a novel profilometer with set of ionization chambers as part of detector system for measurement the real spatial characteristics of a given electron beam.
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Бушмина et al. (2025) studied this question.
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