1. 1. Degtyar V. G., Merkulov E. S., Safronov A. V., Khlybov V. I. (2013). Results of calculation/experimental studies of gasdynamic processes where multi-stage rocket engine jets interact with launch site gas deflector. Astronautics and rocket science, Issue 1, № 70 [in Russian].
2. 2. Zyuzlikov V. P., Sinilshchikov B. E., Sinilshchikov V. B., Rakitskaya M. V. (2017). Gasodynamic processes in the vent og the launch complex with small depth for the small-lift rockets. Since town studies, 22, № 4, 166-174 [in Russian].
3. 3. Kudimov N. F., Safronov A. V., Tretyakova O. N. (2013). Numerical simulations of the interaction of multi-block supersonic turbulent jets with an obstacle. Electronic journal «Works MAI», Issue 70. URL: http://www.mai.ru/science/trudy/published.php?ID=44440 (Last accessed 09.09.2019) [in Russian].
4. 4. Safronov A. V. (2012). On the applicability of turbulent viscosity models for calculating supersonic jet flows. Physical and chemical kinetics in gas dynamics, 13, № 1. URL: http://chemphys.edu.ru/issues/2012-13-1/articles/305/ (Last accessed 09.09.2019) [in Russian].
5. 5. Sinilshchikov B. E., Sinilshchikov V. B. (2017). Investigation of force and thermal loading of jet deflectors of launch complexes of space rockets during the work of water supply systems. Since town studies, 20, № 2, 61-71 [in Russian].