Enhancement Of Electrical And Chemical Surface Properties Of Titanium And Iron-Carbon Alloys Irradiated With A Low-Energy Intense Pulsed Electron Beam


Enhancement Of Electrical And Chemical Surface Properties Of Titanium And Iron-Carbon Alloys Irradiated With A Low-Energy Intense Pulsed Electron Beam

Markov, A. B.; Reuther, H.; Shevchenko, N.; Kolitsch, A.

Processes leading to homogenization of chemical and phase composition of near-surface layers materials made from titanium and iron-carbon alloys under irradiation of a low energy intense pulsed electron beam have been investigated. It has been shown that preliminary heating leads to appearance of a more homogeneous chemical composition of surface alloy. It has been determined that an electron-beam polishing took place during irradiation. Irradiation results in dissolution of secondary phase inclusions, decreasing of roughness, and as a result in the enhancement of electrical and chemical surface properties of titanium and iron-carbon alloys.

  • Contribution to proceedings
    19th Int. Crimean Conference Microwave & Telecommunication Technology, 14.-18.09.2009, Sevastopol, Ukraine
    Enhancement Of Electrical And Chemical Surface Properties Of Titanium And Iron-Carbon Alloys Irradiated With A Low-Energy Intense Pulsed Electron Beam, 978-966-335-244-594 2., 593-594

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Publ.-Id: 13202