Analysis of parameters of an electron beam from a plasma-filled diode

We analyze the properties of a high-current electron beam formed in an electron source based on a plasma-filled diode and a linear pulsed transformer. The beam parameters are determined by measuring bremsstrahlung X-rays and the beam current, as well as the photographs of the diode gap in the optical range, of the anode in X-rays, and beam autographs. A beam with a current of $\sim$ 100 kA and a mean electron energy exceeding 0.7 MeV for an accelerating voltage amplitude of $\sim$ 1 MV is obtained. The diameter of the generated beam is $\sim$ 1 cm. The electron beam from the plasma-filled diode makes it possible to attain a high anode power density ($>$ 10$^{10}$ W/cm$^2$) for exciting shock waves, for obtaining high pressures, and for generating powerful X-rays.