1. Vliyanie termicheskoy obrabotki na dendritnuyu likvatsiyu i zharoprochnost monokristallov intermetallidnykh splavov na osnove Ni3Al, legirovannykh reniem;Povarova;Metal Science and Heat Treatment,2018
2. Primenenie CALPHAD-metoda dlya rascheta kolichestva γ′-fazy i prognozirovaniya dli-telnoy prochnosti liteynykh zharoprochnykh nikelevykh splavov;Gayduk;Metallurgical and Mining Industry,2015
3. Microstructural Criteria for Determining Thermo-Mechanical Conditions оf Operational Vulnerability of the Working Blades of High-Temperature Gas Turbine Aviation Engines;Kiselev;Industrial laboratory. Diagnostics of materials,2018
4. Volume nanophase hardening in single-crystal nickel alloy ZhS36-VI [001] after high-temperature holds;Kuznetsov;Metal Science and Heat Treatment,2014
5. Sozdanie novogo pokoleniya zharoprochnykh liteynykh i deformiruemykh splavov i staley – zalog uspeshnogo razvitiya otechestvennogo dvigatelestroeniya;Ospennikova;Metallurgy of Machinery Building,2017