The 2 references without contexts in paper A. Shtokal O., E. Rykov V., K. Dobrosovestnov B., O. Bazhenova P., T. Rozhkova V., V. Shatalov K., А. Штокал О., В. Шаталов К., Е. Рыков В., К. Добросовестнов Б., О. Баженова П., Т. Рожкова В. (2016) “Микродуговое оксидирование циркония как способ создания элементов теплоразвязки в космических аппаратах // Zirconium Micro-Arc Oxidation as a Method for Producing Heat Insulation Elements in Spacecraft” / spz:neicon:technomag:y:2014:i:8:p:162-178

T.V. Rozhkova 3 1Kaluga Branch of Bauman MSTU. NE Bauman, Kaluga, 248000, Russian Federation 2 FL FGUP "NPO im.S.A. Lavochkina", Kaluga, 248000, Russian Federation 3FGUP "NPO im.S.A. Lavochkina", Khimki, 141400, Russian Federation a Keywords: thermal conductivity, micro-arc oxidation, gas generation, zirconium Application of coatings on the surface of materials as well as their composition and structure control in the near-surface layer enables us to use properties of base material and modified layers in the most rational and profitable way and save expensive and rare metals and alloys. The space telescope of T-170M will be the main tool of the international space observatory "Spektr-UF". It is being understood that the main mirror shade, which is in t
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advisable to use a stack of thin washers in case it is necessary to apply the heat insulation of considerable thickness.
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