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Title of Journal: Powder Metall Met Ceram

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Abbravation: Powder Metallurgy and Metal Ceramics

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Springer US

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DOI

10.1007/bf01583060

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1573-9066

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Effect of Hot Recompaction Parameters on the Struc

Authors: V A Mechnik
Publish Date: 2014/04/13
Volume: 52, Issue: 11-12, Pages: 709-721
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Abstract

The paper explains the mechanisms whereby components in the diamond–Fe–Cu–Ni–Sn–CrB2 system and products of their interaction influence the micro and nanostructure as well as mechanical properties of the composites sintered in molds in a muffle furnace followed by hot recompaction The p–t parameters of hot recompaction that provide decarburization in the diamond–matrix transition zone by forming Fe3C Cr3C2 Cr7C3 and Cr165Fe035B096 layers are determined The wear resistance of these composites is three times as high as that of the samples produced from feedstock without chromium diboride

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Other Papers In This Journal:
  1. Constitution of ZrCo–ZrIr alloys
  2. Sintering of SiAlON ceramics under high-speed thermal treatment
  3. Selective Oxidation for Quantitative Determination of Free Carbon Nanoforms in Boron Carbide Powders
  4. Precipitation-hardened ferritic steels for fast neutron reactors
  5. Generation and Superposition of Concentration and Heat Waves Under Exothermic Reactions in Powder Systems
  6. Process Approaches for Producing Complex Composite Inoculants by Rolling of Powder Mixtures. II. Compacting Conditions, Structure, and Properties of Two-Component Model Systems Fe–FeSi and Al–FeSi
  7. Features of Drying Water-Atomized Aluminum Alloy Powders
  8. Current state and prospects of high-speed electron-beam evaporation and subsequent vacuum condensation of metals and nonmetals to produce electric contacts and electrodes
  9. Effect of deformation processing on the properties of Cu–50% Cr composite
  10. Complex Oxidation-Resistant Coatings for Blades of Gas Turbine Engines
  11. Joining Silicon Carbide Plates by Titanium Disilicide-Based Compound
  12. Structurization of Composites from Self-Fluxing Alloys with Titanium Diboride Additions
  13. Thermodynamic properties of binary Si–Y (transition metal) alloys
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