Abstract
Intense tubular relativistic electron beams are a promising tool for a number of practical applications, such as obtaining nanodispersed powder materials, surface properties modification of products, remote surfacing, etc. In current technologies for obtaining of nanopowder materials, one of the leading techniques is one based on the materials handling concentrated flows of energy. Using the various technological equipment (pulse current generators, accelerators), energy is inputted into the material in the form of intense impulse current, the plasma flows of charged particle beams. Each of the specified types of impact is characterized by a certain decomposition mechanism of processed materials to micro- and nano-sized state. Thus, the action of intense pulsed currents based on the thermal evaporation of a melt conductor with its subsequent condensation in liquid, the use of plasma flows and charged particle beams also involves evaporation and condensation of a material in a vacuum or in a special atmosphere.
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References
Dorovskoj VM, Elesin LA, Stoliarov VI et al (2006) Research of yields of an electrical explosion of titanium foils by an electron microscope. Appl Phys 4(28): 28–34
Naugolnykh KA, Roy NA (1971) Elektricheskiye razryady v vode (M.: Nauka)
Muller G, Schultheiss C (1994) Proc Beams II, p 833
Donets SE, Kivshik VF, Klepikov VF, Lytvynenko VV, Ponomarev AG, Uvarov VT (2011) Fizika i khimiya obrabotki materialov 2(8)
Bazaleev NI, Donets SE, Klepikov VF et al (2005) In Tezisy 7-oy Mezhd. konf. Fizicheskiye yavleniya v tverdykh telakh, Kharkov
Gulyayev AP (1986) Metallovedeniye (M.: Metallurgiya)
Uvarov VT, Tkach JV, Gadetskiy NP, Skachek GV, Ponomarev AG, Kivshik VF, Gaponenko NI, Kozachek AS, Prasol YA (1984) Preprint KhPTI 84 − 30, (M.:TSNIIatominform)
Donets SE, Ledenev VV, Lytvynenko VV (2008) Vestnik NTU KHPI. Tekhnika i elektrofizika vysokih napryazeniy 44: 39–44
Winegard WC (1964) An introduction to the solidification of metals (London)
Kaganov MI, Kravchenko YV, Natsik VD (1974) Physics-Uspekhi 6:878
Spitsyn VI, Trotskiy OA (1985) Elektroplasticheskaya deformatsiya metallov (M.: Nauka)
Belozerov VV, Donets SE, Klepikov VF, Kivshik VF, Lytvynenko VV, Lonin JuF, Ponomarev AG, Uvarov VT (2011)Physical and mechanical properties of steels 12H21N5T and 08H18N10T irradiated by the highcurrent tubular relativistic electron beam under ablation. Phys Surf Eng 9(2):170
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Belozerov, V. et al. (2015). Technological Aspects of Corrosion-Resistant Steels Surfacing by Intense Relativistic Electron Beams. In: Fesenko, O., Yatsenko, L. (eds) Nanocomposites, Nanophotonics, Nanobiotechnology, and Applications. Springer Proceedings in Physics, vol 156. Springer, Cham. https://doi.org/10.1007/978-3-319-06611-0_11
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DOI: https://doi.org/10.1007/978-3-319-06611-0_11
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