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A single-crystalline metallic nanostructure with a controlled crystallographic texture is expected to reduce optical losses. We have attempted to fabricate a single-crystalline metallic nanostructure using a physical technique only. The grain growth mechanism in silver films deposited on a highly transparent SiO2 substrate was elucidated by electron backscatter diffraction (EBSD) methods with nanoscale...
Abstract. Neutron diffraction has been used to follow in situ the stress-induced martensitic transformation during uniaxial tensile testing of polycrystalline Fe-25wt%Ni-0.4wt%C. This method provides data on the extent of transformation, the development of crystallographic texture and the evolution of lattice strain. Two types of specimen were examined: unswaged, and swaged at 200C. The swaged material...
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