Investigation of metallurgical processes in pulsed laser welding of nickel alloys of small thickness

[1] Rybakov Y.V., The interaction of gases in welding of austenitic steels in a mixture of argon with nitrogen, Svar Proiz, 1, pp. 8-9, (1976)

[2] Vladimirov L.P., Thermodynamic calculations of the equilibrium of metallurgical reactions, (1970)

[3] Vyatkin V.B., The information-synergic analysis of the electronic systems of the atoms of chemical elements, Zh Kub GAU, 48, 4, (2009)

[4] Sokolov E.V., A welding handbook, pp. 10-45, (1960)

[5] Krishtal M.M., The structure and properties of alloys, treated with the laser beam, (1973)

[6] Rybakov Y.V., The effect of nitrogen on the gas content of the weld metal and the thermal power of the arc in welding EP1335 steel, Svar Proiz, 9, pp. 5-7, (1974)

[7] Rykalin N.N., Laser treatment of materials, (1973)

[8] Kornilov I.I., Nickel and its alloys, (1958)

[1] Rybakov Y.V., The interaction of gases in welding of austenitic steels in a mixture of argon with nitrogen, Svar Proiz, 1, pp. 8-9, (1976)

[2] Vladimirov L.P., Thermodynamic calculations of the equilibrium of metallurgical reactions, (1970)

[3] Vyatkin V.B., The information-synergic analysis of the electronic systems of the atoms of chemical elements, Zh Kub GAU, 48, 4, (2009)

[4] Sokolov E.V., A welding handbook, pp. 10-45, (1960)

[5] Krishtal M.M., The structure and properties of alloys, treated with the laser beam, (1973)

[6] Rybakov Y.V., The effect of nitrogen on the gas content of the weld metal and the thermal power of the arc in welding EP1335 steel, Svar Proiz, 9, pp. 5-7, (1974)

[7] Rykalin N.N., Laser treatment of materials, (1973)

[8] Kornilov I.I., Nickel and its alloys, (1958)