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Relativistic electron beam pulse compression can enhance the beam current intensity within the pulse and generate higher peak current, exhibiting significant application value in cutting-edge research such as flash therapy and wakefield acceleration. This paper proposes a verification experimental design for an electron beam pulse compression scheme based on solenoids. The core device of the experiment, the magnetic compressor, is approximately cylindrical with a diameter of 35 cm and a height of 28 cm. Utilizing the uniform magnetic field generated by the solenoids, it converts the energy difference of the input beam bunch into a path difference to achieve compression. Simulation studies show that under a transverse geometric emittance of 10 mm⋅mrad, the magnetic compressor can ensure a beam loss of less than 5%, and the output current waveform has a peak-to-peak ratio of 3, with an obvious pulse compression effect observable.
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