Abstract
The void ordering under irradiation in simple cubic, bcc, fcc and hcp-crystals is considered within the framework of the dislocation mechanism of void lattice formation by Dubinko et al. The ordering criteria are derived taking into account the structure and density of interstitial dislocation loops and straight dislocation network. The derived dependence of void lattice parameter and stationary void size on the concentration of the loop nucleation sites show that impurity atoms are necessary in order to provide the unfaulted loop nucleation rate sufficient for the void ordering. 15 refs.; 2 figs.
Citation Formats
Dubinko, V I.
Effect of the dislocation structure and alloying additions on formation of the void lattice in crystals under irradiation; Vliyanie dislokatsionnoj struktury i primesnykh dobavok na obrazovanie reshetki por v obluchaemykh kristallakh.
Ukraine: N. p.,
1989.
Web.
Dubinko, V I.
Effect of the dislocation structure and alloying additions on formation of the void lattice in crystals under irradiation; Vliyanie dislokatsionnoj struktury i primesnykh dobavok na obrazovanie reshetki por v obluchaemykh kristallakh.
Ukraine.
Dubinko, V I.
1989.
"Effect of the dislocation structure and alloying additions on formation of the void lattice in crystals under irradiation; Vliyanie dislokatsionnoj struktury i primesnykh dobavok na obrazovanie reshetki por v obluchaemykh kristallakh."
Ukraine.
@misc{etde_10105132,
title = {Effect of the dislocation structure and alloying additions on formation of the void lattice in crystals under irradiation; Vliyanie dislokatsionnoj struktury i primesnykh dobavok na obrazovanie reshetki por v obluchaemykh kristallakh}
author = {Dubinko, V I}
abstractNote = {The void ordering under irradiation in simple cubic, bcc, fcc and hcp-crystals is considered within the framework of the dislocation mechanism of void lattice formation by Dubinko et al. The ordering criteria are derived taking into account the structure and density of interstitial dislocation loops and straight dislocation network. The derived dependence of void lattice parameter and stationary void size on the concentration of the loop nucleation sites show that impurity atoms are necessary in order to provide the unfaulted loop nucleation rate sufficient for the void ordering. 15 refs.; 2 figs.}
place = {Ukraine}
year = {1989}
month = {Dec}
}
title = {Effect of the dislocation structure and alloying additions on formation of the void lattice in crystals under irradiation; Vliyanie dislokatsionnoj struktury i primesnykh dobavok na obrazovanie reshetki por v obluchaemykh kristallakh}
author = {Dubinko, V I}
abstractNote = {The void ordering under irradiation in simple cubic, bcc, fcc and hcp-crystals is considered within the framework of the dislocation mechanism of void lattice formation by Dubinko et al. The ordering criteria are derived taking into account the structure and density of interstitial dislocation loops and straight dislocation network. The derived dependence of void lattice parameter and stationary void size on the concentration of the loop nucleation sites show that impurity atoms are necessary in order to provide the unfaulted loop nucleation rate sufficient for the void ordering. 15 refs.; 2 figs.}
place = {Ukraine}
year = {1989}
month = {Dec}
}