Existing notions of conventional breeding metal whiskers, their analysis

Authors

  • Сергей Робленович Артемьев National University of Civil Defense of Ukraine, Str. Chernyshevsky, 94, Kharkov, Ukraine, 61000, Ukraine https://orcid.org/0000-0002-9086-2856

DOI:

https://doi.org/10.15587/1729-4061.2015.36435

Keywords:

filamentary crystals, methods of growing, metal whiskers, kinetics of growth, mode of evaporation

Abstract

The paper considers the existing views on the conventional methods of growing filamentary metal crystals, analyzes the kinetics of growing metal whiskers, examines disadvantages of various methods of producing this type of filamentary crystals, and studies their crystallization in the process of growing. Metal carbonyls, which are widely used in growing filamentary crystals, have been successfully used, particularly in metallurgy (in manufacturing metals and alloys), in chemical industry (in synthesizing organic compounds), in machine building (for obtaining protective and decorative coverings), etc. It proves that the industrial importance of carbonyls and metal carbonyls is constantly rising, which makes studies on growing the crystals in modern conditions rather topical. Meanwhile, it is obvious that so far studies on theoretical problems and practical application of metal carbonyls lack clear systematization. Our review of the studies has resulted in a clear understanding of the conventional methods of growing filamentary metal crystals. We have thoroughly analyzed the kinetics of growing metal whiskers, examined the current disadvantages of various methods of growing filamentary crystals, and studied the problems of their crystallization in the process of growing. The study findings can be conducive to improving the manufacture of products so that they could meet the requirements of environmental legislation, which will furthermore facilitate protection of man and environment from anthropogenic factors.

Author Biography

Сергей Робленович Артемьев, National University of Civil Defense of Ukraine, Str. Chernyshevsky, 94, Kharkov, Ukraine, 61000

Ph.D., Associate Professor

Department of Occupational Safety and Technogenic And Ecological Security 

 

References

  1. Surkin, V. G. (1989). Materialy bydychego. О nitevidnyx kristallax metallov. Moskow: Gosizdat, 92.
  2. Belozerskiy, N. А. (1958). Karbonily metallov. Moskow. Мetallyrgpodat, 373.
  3. Shishelova, T. I., Stepanova, N. E., Plynskaja, D. A., Beljaeva, M. A. (2009). Nitevidnye kristally. Uspehi sovremennogo estestvoznanija, 8, 12–13.
  4. Nitevidnye kristally (2007). Issledovanija i razrabotki po prioritetnomu napravleniju razvitija nauki, tehnologij i tehniki. Industrija nanosistem i materialy. Moskow. FGU «Rossijskij nauchnyj centr «Kurchatovskij institut».
  5. Nomeri, Mohamed Abass Hadija (2011). Poluchenie i issledovanie opticheskih svojstv poluprovodnikovyh oksidov ZnO2 i Zn2O3. Voronezh., 128.
  6. Rjabcev, S. V., Hadija, N. M. A., Chernyshov, F. M., Rjabcev, S. V., Domashevskaja, Je. P. (2009). Osobennosti opticheskih spektrov nitevidnyh nanokristallov SnO2. Nelinejnye processy i problemy samoorganizacii v sovremennom materialovedenii (industrija nanosistem i materialy). Voronezh, 308–311.
  7. Domashevskaja, Je. P., Hadija, N. M. A., Seredin, P. V., Rjabcev, S. V. (2008). Morfologicheskie, strukturnye i opticheskie issledovanija nanovolokon SnO2, sintezirovannyh iz poroshka SnO. Fagran – 2008: Fiziko-himicheskie processy v kondensirovannom sostojanii i na mezhfaznyh granicah. Voronezh, 367–371.
  8. Gabor, T., Blocher, J. M. (1969). In Situ Electron-Microscopic Study of the Growth of Iron Whiskers by Chemical Vapor Deposition. Journal of Applied Physics, 40 (7), 224–226. doi: 10.1063/1.1658064
  9. Berezhkova, G. V. (1969). Nitevidnye kristally. Moskow: Gosizdat, 158.
  10. Berezhkova, G. V. (1964). Dussertachia. Moskow, 255.
  11. Surkin, V. G. (1983). Karbonily metallov. Chimiya, 200.
  12. Surkin, V. G. (1985). Gazofaznaya metalizaciya cherez karbonsly. Moskow: Мetallyrgiya, 373.
  13. Givargizov, Е. I. (1977). Rost nitevidnyx i plastinchatux kristallov iz para . Мoskow : Naukа, 304.
  14. Gribov, B. G., Domrachev, G. A., Zhyk, B. V. (1981). Оsazdenie plenok i pokrutiy pazlozheniem metallorganicheskyx soedineniy. Мoskow : Naukа, 322.
  15. Nitevidnye kristally (1975). Мaterialy konferencii. Voronezh: VPI, 466.
  16. Nitevidnye kristally dlya novoy texniki (1975). Мaterialy konferencii. Voronezh: VPI, 231.
  17. Ivanova, V. I., Ivanov, V. S., Gordenko, L. K. (1964). Novue pyti povucheniya prochnosti metallov. Мoskow : Naukа, 118.
  18. Аmmer, S. А., Postnikov, V. S. (1974). Nitevidnye kristally. Voronezh: VPI, 284.

Published

2015-02-27

How to Cite

Артемьев, С. Р. (2015). Existing notions of conventional breeding metal whiskers, their analysis. Eastern-European Journal of Enterprise Technologies, 1(1(73), 17–23. https://doi.org/10.15587/1729-4061.2015.36435

Issue

Section

Mechanical engineering technology