Koval, Nicolai Nicolaevich
Deputy Director on science, D.Sc. in Technical ScienceHigh Current Electronics Institute of SB RAS
http://www.hcei.tsc.ru
Russia, 634055, Tomsk, pr. Academicheskii, 4
Phone: +7(382-2) 49-15-44, Fax: +7(382-2) 49-24-10
Reports list
- Devyatkov V.N.*, Koval N.N.**
A grid plasma cathode based on a low-pressure constricted arc in an inhomogeneous magnetic field
*Федеральное государственное бюджетное учреждение науки Институт сильноточной электроники Сибирского отделения Российской академии наук (Томск ), Russia
**High Current Electronics Institute of SB RAS (Tomsk), Russia - Vorobyov M.S.*, Koval N.N.**, Sulakshin S.A.*
About electrical strengh of high-voltage accelerating gap in a wide aperture electron beam with grid plasma cathode
*Федеральное государственное бюджетное учреждение науки Институт сильноточной электроники Сибирского отделения Российской академии наук (Томск ), Russia
**High Current Electronics Institute of SB RAS (Tomsk), Russia - Koval N.N.*
Electron-ion-plasma equipment and processes for surface engineering with the use of homogeneous plasma low-pressure discharges
*High Current Electronics Institute of SB RAS (Tomsk), Russia - Denisov V.V.*, Ostroverkhov E.*, Lopatin I.V.*, Kovalsky S.S.*, Koval N.N.*, Shchanin P.M.*
Features of the pulsed combustion mode of a non-self-sustaining glow discharge with a hollow cathode of a large low-pressure area
*High Current Electronics Institute of SB RAS (Tomsk), Russia - Ostroverkhov E.*, Akhmadeev Y.H.*, Denisov V.V.*, Denisova Y.A.*, Petrikova E.A.*, Koval N.N.*, Shchanin P.M.*
Nitriding of titanium alloys in a non-self-sustaining glow discharge with a titanium hollow cathode of a large area
*High Current Electronics Institute of SB RAS (Tomsk), Russia - Kovalsky S.S.*, Moskvin P.V.*, Koval N.N.*
Probe diagnostics system for cathode plasma of pulse plasma electron sources
*High Current Electronics Institute of SB RAS (Tomsk), Russia - Teresov A.D.*, Koval N.N.*, Ivanov Y.F.*, Petrikova E.A.*, Krysina O.V.*
Surface finishing of the metal articles received by methods of additive manufacturing
*High Current Electronics Institute of SB RAS (Tomsk), Russia