Acceleration of a high-current proton beam in a linear induction accelerator at its compensation by electron beams von Fedorovskaya, O.V., Maslov, V.I., Onishchenko, I.N.

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Acceleration of compensated high-current ion beam with cusp magnetic electron insulation in the accelerating gap and subsequent compensation with an electron beam von Fedorovskaya, O.V., Maslov, V.I., Onishchenko, I.N.

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Stability of the high-current ion beam in drift gap of linear induction accelerator von Karas, V.I., Manuilenko, O.V., Tarakanov, V.P., Fedorovskaya, O.V.

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Transport and acceleration of the high-current ion beam in magneto-isolated gap von Karas, V.I., Kornilov, E.A., Manuilenko, O.V., Tarakanov, V.P., Fedorovskaya, O.V.

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Dynamics of the high-current ion beam in a section of the linear induction accelerator von Karas, V.I., Kornilov, E.A., Manuilenko, O.V., Tarakanov, V.P., Fedorovskaya, O.V.

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Numerical modeling of high current ion beam transport with additional injection of electron beams in drift and accelerating gaps of LIA von Karas, V.I., Kornilov, E.A., Manuilenko, O.V., Tarakanov, V.P., Fedorovskaya, O.V.

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Numerical simulation of high-current ion beam transportation at the presence of compensating electron beams in a LIA section von Karas’, V.I., Kornilov, E.A., Manuilenko, O.V., Tarakanov, V.P., Fedorovskaya, O.V.

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Нigh-current ion beam compensation in a section of an induction linac von Karas’, V.I., Kornilov, E.A., Manuilenko, O.V., Tarakanov, V.P., Fedorovskaya, O.V.

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Dynamics of high-current ion beam in the drift gap of induction accelerator at different variants of charge compensation von Karas, V.I., Kornilov, E.A., Manuilenko, O.V., Tarakanov, V.P., Fedorovskaya, O.V.

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Stability of the high-current ion beam compensated by electron beam in the induction LINAC drift gap filled with the dense electron cloud von Karas, V.I., Kornilov, Ye.A., Manuilenko, O.V., Tarakanov, V.P., Fedorovskaya, O.V., Silkin, M.Yu.

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