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File Title:	INTERACTION OF INTERSTITIAL CARBON ATOMS IN AUSTENITE Download

Description:	The scientific school of G. V. Kurdyumov has investigated the problem of martensite transformations from a very wide viewpoint. One direction of the research is the study of interatomic interactions and their effect on the structure of the phases and the thermodynamics of the phase transformations [I]. This direction has been developed by A. G. Khachaturyan [2- 3]. He has created a theory of strain (elastic, due to deformation of the crystal lattice around the dissolved atoms) interaction within the framework of the model of a discrete crystal lattice. By now the energy of paired strain interaction has been computed for many metals with b.c.c. [4- 12], f.c.c. [8- 10, 13, 14], and hexagonal [15] lattices. The elastic (strain) interaction of carbon and nitrogen atoms in ferrite was considered in [2, 4]. The energy of elastic (strain) interaction of carbon and nitrogen atoms in austenite was computed in [16] using a simplified form of the dynamic matrix of the f.c.c, crystal lattice of ),-Fe and only some of the available experimental data on the phonon spectrum.
Submitted On:	15 May 2007
Submitted By:	Gmail (gmail)
File Date:	15 May 2007
File Author:	Gmail
File Size:	437.90Kb
File Type:	pdf
Downloads:	99
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