학술논문
Effect of copper coatings on the crack resistance and temperature microyield point in silicon crystals
Document Type
Academic Journal
Source
Physics of the Solid State. February 1, 2015, p349, 4 p.
Subject
Language
English
ISSN
1063-7834
Abstract
The crack resistance of silicon samples with copper coatings has been studied at room temperature. It has been shown that the deposition of copper coatings on the silicon surface is accompanied by an increase in the crack resistance factor and the formation of regions with dislocations in external load zones, which indicates plastic deformation in the brittle fracture zone. DOI: 10.1134/S1063783415020262
1. INTRODUCTION It is known that covalent crystals with a diamond structure have a high temperature yield point, which is equal to 500°C for silicon and 1400°C for diamond. Such [...]
1. INTRODUCTION It is known that covalent crystals with a diamond structure have a high temperature yield point, which is equal to 500°C for silicon and 1400°C for diamond. Such [...]