1. [1] Shabatura Yu. V., Balandin M. V. Pidvishennya boyovih mozhlivostey artileriyskogo pidrozdilu za rahunok zastosuvannya alternativnih dgherel zhivlennya [Increating the ambitios opportunities of the artillersc division by the account of alternative sources of nutrion]. Zhytimyr military institute journal. Zhitomir, Ukraine, 2017, vol. 14. pp. 31-41 (In Ukrainian).
2. [2] Shabatura Yu. V., Balandin M. V. Analiz I ocinka efektivnosti metodiv I zasobiv vidboru ta peretvorennya rozsiuvanoi energii, yaka vudilyaetsya v procesi postrilu artileriyskoi garmati. [Analysis and evaluation of the effectiveness of methods and means of selection and conversion of dissipated energy released during the firing of artillery guns]. Military-technical journal of Lviv National academy of land forces. Lviv, Ukraine, 2018. - vol.18. - pp.52-61. (In Ukrainian).
3. [3] Ismagilov F. R. Electromechanical systems with high coercive permamnent magnets - Moscow: Mashynostrojenije, 2014. - 267 p. (In Russian).
4. [4] Patent. 110392 Ukraine, МПКH02N2/18F03G3/00. A method and device for obtaining electric energy based on the use of energy dissipation from a cannon shot. Yu. V. Shabatura, M. V. Balandin, published. 25.12.2015, Bull. vol.24. (In Ukrainian).
5. [5] B. O. Seredyuk, R. W. McCullough, H. B. Gilbody. Collision mechanisms in one-electron capture by He2+ ions in collisions with hydrocarbons.Phys. Rev. A. - 2005. - Vol. 71. - P. 022713-1-022713-5.