The gist of the paper is to introduce the other compelling factors for the boundary displacement which are dominant in the lower temperature regime such as non equilibrium vacancy concentration and anisotropy and to prove that the driving force due to the above factors is sufficient to induce grain boundary migration. © 1994 The Indian Academy of Sciences.

Krishna, V.H.2026-02-05Critical aBulletin of Materials Science, 1994, 17, 4, pp. 395-3982504707https://doi.org/10.1007/BF02745226https://idr.nitk.ac.in/handle/123456789/280761994Critical analysisJunction dipoleOsmotic pressurePure step migrationVacancy supersaturationAnisotropyCrystalsDiffusionOsmosisPressureStressesTensorsGrain boundariesThe gist of the paper is to introduce the other compelling factors for the boundary displacement which are dominant in the lower temperature regime such as non equilibrium vacancy concentration and anisotropy and to prove that the driving force due to the above factors is sufficient to induce grain boundary migration. © 1994 The Indian Academy of Sciences.