Quantitative piezobirefringence studies of dislocations in transparent crystals

Abstract
A technique for the quantitative analysis of piezobirefringent dislocation images in transparent materials is presented. The governing relations for the intensity caused by edge dislocations and background strains are presented for plane and circular polariscopes. By plotting intensity values as half-tone grey scale symbols, subjective matching of experimental and computed images is possible. By careful matching, experimental images may be characterized completely

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