Search Results - "Aranchii, S. M."

Behavior of the Water-Cooled Polycrystalline Diamond Plate at Extreme Densities of Laser Radiation by Rogalin, V. E., Ashkinazi, E. E., Popovich, A. F., Ral’chenko, V. G., Konov, V. I., Aranchii, S. M., Ruzin, M. V., Rogozhin, M. V.

“…Resistance of a water-cooled polycrystalline diamond window is experimentally studied in the beam of the 10-kW fiber laser. The irradiated zones are 4 and 0.4…”
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Prospects for development of the projection X-ray photolithographic technology by Aranchii, S. M., Krymskii, K. M., Krymskii, M. I., Rogalin, V. E.

“…Practical prospects for the implementation of the projection X-ray photolithographic technology in the wavelength interval 3–30 nm based on a combination of…”
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Resistance of diamond optics to high-power fiber laser radiation by Rogalin, V. E., Ashkenazi, E. E., Popovich, A. F., Ral’chenko, V. G., Konov, V. I., Aranchii, S. M., Ruzin, M. V., Uspenskii, S. A.

“…The resistance of optical windows and mirrors that are made of polycrystalline CVD diamonds (with a 25-mm diameter and 1.3-mm thickness) with a heat…”
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