Using of laser emission for alloying surface alloys’ samples by type 38XN3MFA

Authors

  • V. D. Shelyagin Institute of electro-welding named after E. O. Paton NANU, Kiev, Ukraine
  • V. Yu. Haskin Institute of electro-welding named after E. O. Paton NANU, Kiev, Ukraine
  • A. T. Nikulin Institute of electro-welding named after E. O. Paton NANU, Kiev, Ukraine
  • A. V. Siora Institute of electro-welding named after E. O. Paton NANU, Kiev, Ukraine
  • A. V. Bernatskiy Institute of electro-welding named after E. O. Paton NANU, Kiev, Ukraine

DOI:

https://doi.org/10.15802/stp2011/9468

Keywords:

laser alloying, laser-plasma alloying, study of structure, dislocations, internal stresses

Abstract

The process of laser and laser-plasma methods of surface alloying of steel samples is investigated. It si determined that in the absence of cracks the structural state of the doped layer is characterized by the formation of dispersed phases in their uniform distribution, a low density of dislocations without any sharp gradients and low level of internal stresses.

Author Biographies

V. D. Shelyagin, Institute of electro-welding named after E. O. Paton NANU, Kiev

В. Д. Шелягин

V. Yu. Haskin, Institute of electro-welding named after E. O. Paton NANU, Kiev

Ю. В. Хаскин

A. T. Nikulin, Institute of electro-welding named after E. O. Paton NANU, Kiev

А. Т. Никулин

A. V. Siora, Institute of electro-welding named after E. O. Paton NANU, Kiev

А. В. Сиора

A. V. Bernatskiy, Institute of electro-welding named after E. O. Paton NANU, Kiev

А. В. Бернацкий

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Published

2011-06-25

How to Cite

Shelyagin, V. D., Haskin, V. Y., Nikulin, A. T., Siora, A. V., & Bernatskiy, A. V. (2011). Using of laser emission for alloying surface alloys’ samples by type 38XN3MFA. Science and Transport Progress, (37), 244–248. https://doi.org/10.15802/stp2011/9468

Issue

No. 37 (2011): ISSUE 37

Section

MATERIAL SCIENCE

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