E. E. Donets
Joint Institute for Nuclear Research
25 Papers
97 Citations
E. E. Donets is an academic researcher from Joint Institute for Nuclear Research. The author has contributed to research in topics: Ion source & Ion. The author has an hindex of 8, co-authored 25 publications.
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Papers
Electron string ion sources for carbon ion cancer therapy accelerators
A. Yu. Boytsov,D. E. Donets,E. D. Donets,E. E. Donets,Ken Katagiri,Koji Noda,D. O. Ponkin,A. Yu. Ramzdorf,V. V. Salnikov,Vitaly Shutov +9 more
TL;DR: The type of the Electron String Ion Sources (ESISIS) is considered to be the appropriate one to produce pulsed C4+ and C6+ ion beams for cancer therapy accelerators.
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Cryogenic molecular separation system for radioactive 11C ion acceleration
Ken Katagiri,Akira Noda,Kazutoshi Suzuki,Koutarou Nagatsu,A. Yu. Boytsov,D. E. Donets,E. D. Donets,E. E. Donets,A. Yu. Ramzdorf,M. Nakao,Satoru Hojo,T. Wakui,K. Noda +12 more
TL;DR: The collection/separation efficiencies of the CMPS for various amounts of air impurities are determined and desirable operating conditions for theCMPS to be used as a molecular separation device in the ISOL system are found.
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Tubular electron beam ion source
TL;DR: The tubular electron beam ion source (TEBIS) with an off-axis ion extraction was proposed in this paper, and its use in the normal or in the reflex mode of operation could increase an EBIS ion output 100-1000 times.
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A study of electron strings and their use for efficient production of highly charged ions
E. D. Donets,D. E. Donets,E. E. Donets,V. V. Salnikov,Vitaly Shutov,Evgeny Syresin,Mikael Björkhage,P. Carle,Leif Liljeby,K.-G. Rensfelt,R. Becker,M. Kleinod,O. K. Kultashev +12 more
TL;DR: In this article, the electron beam ion source (EBIS) in the reflex mode of operation was used to detect the formation of electron string and its decay, and the characteristic times of the processes were measured.
Electron string ion sources for carbon ion cancer therapy accelerators
A. Yu. Boytsov,D. E. Donets,E. D. Donets,E. E. Donets,Ken Katagiri,Koji Noda,D. O. Ponkin,A. Yu. Ramzdorf,V. V. Salnikov,Vitaly Shutov +9 more
TL;DR: It has been found that Krion-6T can provide more than 10(11) C(6+) ions per second at the 100 Hz repetition rate, and the repetition rate can be increased at the same or larger ion output per second, which makes ESIS applicable at cyclotrons as well.
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