Lasers mashines



  • Galushkin M.G., Zavalova V.Ye., Golubev V.S., Zabelin A.M., Panchenko V.Ya.

    Termal instability of resonance absorption in nonactive zones of CO2 lasers.

    SPIE, v.1810,p.94- 97, (1992).

  • Galushkin M.G., Zavalova V.Ye., Golubev V.S., Zabelin A.M.

    Influence of excited molecules diffusion on energy performances of industrial cw CO2 lasers

    SPIE, v. 2257, p.148-155,(1993).

  • Gulamov E.N., Zabelin A.M., Islamov R.Sh.

    Anodic oxide films influence on formation of anode spots and glow discharge.

    J.Phys. D: Appl. Phys., v.26, N9, p.1394-1397, (1993)

  • Gulamov E.N., Zabelin A.M., Islamov R.Sh.

    Effect of anodic oxide films on glow discharge spatial structure.

    SPIE, v.2257, p.132-135. (1993)

  • Golubev V.S., Banishev A.F., Zabelin A.M.

    Non- stationary plasma- thermo- fluid dynamics and transition in process of deep penetration laser beam- materials interaction.

    SPIE, vol. 2207, p 33. (1994)

  • Vasiltsov V.V., Zabelin A.M., Golubev V.S., Panchenko V.Ya.

    High power industrial CO2 lasers based upon new concepts of gas discharge and optical schemes.

    SPIE Vol.2206, pp293-298 (1994)

  • Azharonok V.V., Vasilchenko Zh.V., Gresev A.N., Zabelin A.M., Chubrik N.I., Shimanovich V.D.

    Study of plasma formation in CW laser beam metal surface interaction.

    SPIE vol 2257, pp 33-38. (1994)

  • Galushkin M.G., Garshev V.I., Golubev V.S., Zhuravlev G.A., Zabelin A.M.

    Investigation of non- linear properties of high power industrial CO2 lasers stable resonator.

    SPIE vol 2257, pp 136-143 (1994).

  • Galushkin M.G., Golubev V.S., Korotchenko A.V., Zabelin A.M.

    The physical and technical factors, determining beam quality of high- power industrial fast transverse flow CO2 lasers.

    SPIE vol.3092, pp 134-137.(1996)

  • Gulamov E.N., Islamov R.Sh.

    Numerical simulation of axisymmetric anode spot formation in glow discharge at elevated pressure

    IEEE Transactions on Plasma Science, Vol.26, N , 1998, pp. 7-13