Phase Transformations in Mo-Re Alloys Produced by Pressure Sintering

Małgorzata Osadnik; Mariusz Staszewski; Marian Czepelak

doi:10.4028/www.scientific.net/SSP.163.191

Paper Titles

New, Experimental Powder Diffraction Data for Metastable Fe₃B Phase Prepared According to ICDD Standards
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Crystallite Size Determination of MgO Nanopowder from X-Ray Diffraction Patterns Registered in GIXD Technique
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The Structure and Mechanical Properties of Al-7%SiMg Alloy Treated with a Homogeneous Modifier
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The Structure of Low-Temperature Tridymite in Silica Refractories
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Phase Transformations in Mo-Re Alloys Produced by Pressure Sintering
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An Effect of the Composition and Fabrication Method on the Structure of the Compounds with Skutterudite Lattice
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The Mössbauer Spectroscopy and X-Ray Diffraction Studies of Phase Transformation during Tempering in High-Carbon Tool Steel
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Influence of Manganese and Tin Substitution on the Structure and Magnetic Properties of CdCr₂Se₄
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X-Ray Investigations and Magnetic Properties of CuCr₂_-xSn_xSe₄ - Compounds
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Phase Transformations in Mo-Re Alloys Produced by Pressure Sintering

Abstract:

The structure of the Mo-Re alloys containing 30-85 mass % Mo, obtained from the powders of pure metals by pressure sintering, was investigated. Conditions for the formation of the and  phases, which deteriorate properties of these alloys, have been determined.