References
- Gavrish SV, Loginov VV, Puchnina SV. Pulsed gas-discharge sources of infrared radiation for opticalelectronic systems, Uspekhi Priklad. Fiziki. 2018;6(4):333–348.
- Puchnina SV. Changes in the structure of materials in brazing niobium with sapphire using a glass — ceramic solder. Weld Int. 2016;30(9):727–732.
- Gavrish SV, Loguinov VV, Puchnina SV. Technology for producing permanent joints between sapphire and metals. Weld Int. 2015;29(1):78–80.
- Plushev VE, Stepina SB, Fedorov PI. Chemistry and technology of rare and scattered elements. Moscow: Vysshaya shkola; 1976. Part 1.
- Wolf BK, Borshchevsky SM. Titan in electronic technique. Moscow: Energiya; 1975.
- Gunther VE, Khodorenko VN, Yasenchuk YF. Titaium nickelide, material of a new generation. Tomsk: MIS; 2006.
- Espe V. Technology of electrovacuum devices. Moscow and Leningrad: Gosenergoizdat; 1962.
- Lyakishev NP. State diagrams of binary metal systems. Directory. Vol. 2. Moscow: Mashinostroenie; 1997.
- Kornilov II, Matveeva NM, Pryakhina LI. Metallochemical properties of the elements of periodic systems. Moscow: Nauka; 1966.
- Gladkov AS, Podvigina OP, Chernov OV. Brazing of parts of electrovacuum devices. Moscow: Energiya; 1967.
- Shimogaki K, Yamasaki S, Yamomoto Y. Brazing of translucent aluminum oxide with niobium in sodium high pressure lamp. Semei gakkai si. 1985;69(2):59–64.
- Maslennikov SV. Application of X-ray spectral analysis. Moscow: Metallurgiya; 1968.
- Senkevich KS, Shlyapin SD. Research of diffusion welding of alloys based on titanium nickelide. Svarochnoe Proizvodstvo. 2011(4):47–50.