Void superlattice formation as self-organization phenomemon. 1. Scaling estimates

Details Void superlattice formation as self-organization phenomemon. 1. Scaling estimates Void superlattice formation as self-organization phenomemon. 1. Scaling estimates

2009-01-23

arxiv.org/abs/0901.3636v1

Physics

Condensed Matter

Materials Science

Scientific paper

The literature on void superlattice formation observed under irradation of metals and insulators is analyzed with a special attention to the self-organization; a general scenario of this process is discussed. A simple relation for the superlattice parameter as a function of the dose rate and temperature is suggested, in a good agreement with existing experimental data. Special attention is paid to analysis of the halogen gas void formation in an electron-irradiated CaF2

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