Abstract
Ion acceleration was investigated theoretically. Ions are described by Vlasov equation. It was shown that appearance of ions in drift region may lead to an accelerated movement of the virtual cathode and following it potential hole slope without a considerable decrease of this slope change rate. This leads to an effective ion acceleration. 7 refs.; 5 figs. (author).
Citation Formats
Dolgopolov, V V, Kirichenko, Yu V, Romanov, S S, and Tkach, Yu N.
Dynamics of ion acceleration in electron flux by a virtual cathode potential; Dinamika uskoreniya ionov v potoke ehlektronov s virtual`nym katodom.
Ukraine: N. p.,
1991.
Web.
Dolgopolov, V V, Kirichenko, Yu V, Romanov, S S, & Tkach, Yu N.
Dynamics of ion acceleration in electron flux by a virtual cathode potential; Dinamika uskoreniya ionov v potoke ehlektronov s virtual`nym katodom.
Ukraine.
Dolgopolov, V V, Kirichenko, Yu V, Romanov, S S, and Tkach, Yu N.
1991.
"Dynamics of ion acceleration in electron flux by a virtual cathode potential; Dinamika uskoreniya ionov v potoke ehlektronov s virtual`nym katodom."
Ukraine.
@misc{etde_10135464,
title = {Dynamics of ion acceleration in electron flux by a virtual cathode potential; Dinamika uskoreniya ionov v potoke ehlektronov s virtual`nym katodom}
author = {Dolgopolov, V V, Kirichenko, Yu V, Romanov, S S, and Tkach, Yu N}
abstractNote = {Ion acceleration was investigated theoretically. Ions are described by Vlasov equation. It was shown that appearance of ions in drift region may lead to an accelerated movement of the virtual cathode and following it potential hole slope without a considerable decrease of this slope change rate. This leads to an effective ion acceleration. 7 refs.; 5 figs. (author).}
place = {Ukraine}
year = {1991}
month = {Dec}
}
title = {Dynamics of ion acceleration in electron flux by a virtual cathode potential; Dinamika uskoreniya ionov v potoke ehlektronov s virtual`nym katodom}
author = {Dolgopolov, V V, Kirichenko, Yu V, Romanov, S S, and Tkach, Yu N}
abstractNote = {Ion acceleration was investigated theoretically. Ions are described by Vlasov equation. It was shown that appearance of ions in drift region may lead to an accelerated movement of the virtual cathode and following it potential hole slope without a considerable decrease of this slope change rate. This leads to an effective ion acceleration. 7 refs.; 5 figs. (author).}
place = {Ukraine}
year = {1991}
month = {Dec}
}