The influence of Molybdenic Monocrystal Growing Conditions on the perfection of their structure.
Abstract
The method of monocrystal obtaining from refractory metals by the method of zone melting with the use of electron beam heating is considered. The main factors affecting the number of dislocations in grown monocrystals are determined. Using the example of Mo monocrystals, the optimal conditions for the growth of monocrystals with a reduced dislocation density were established.
References
Ameen, A. M., Ahmed, M. F., and Abd Hafez, M. A. (2018). The Impact of Management Accounting and How It Can Be Implemented into the Organizational Culture. Dutch Journal of Finance and Management, 2(1), 02. https://doi.org/10.20897/djfm/91582
Buchade, P. B. (2016). Comparative Study of Energy Saving in Theme Based Area by Luminary Replacement Strategy. International Journal of Engineering, Science and Mathematics, 5(1), 210-218.
Gil, Eduardo González. (2018). "Modelo institucional de gestión universitaria: Universidad Santo Tomás de Colombia." Opción34.86: 259-285.
Glebovsky V.G., Shtinov E.D., Sidorov N.S. (2011). Research of the processes of high-purity molybdenum obtaining process. Perspective materials. №11 pp. 51-53
Indenbom V.L. (1957). Crystallography, 2, 5.
Lyakishev N. P., Burkhanov G.S. (2002). Metallic monocrystals. - Moscow: ELIZ. - 312 p.
