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The Physics of Metals and Metallography

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Pergamon Press for Pergamon Institute, 1962 - Physical metallurgy

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Common terms and phrases

activation energy Akad Alford REFERENCES alloys aluminium analysis angle anisotropy annealing antiferromagnetic approximately atoms austenite axis beryllium calculated carbide carbon cementite cent cerium chromium cobalt coefficient coercive force components composition compounds concentration considerable cooling crack creep crystal lattice curves damping capacity density determined diffusion dislocations domains effect elastic electrical resistivity electron etching eutectic experimental ferrite ferromagnetic formation formula fracture function grain boundaries graphite heat treatment impurities increase initial interaction iron layer magnetic field martensite maximum measurements mechanism melt metal metalloved method microhardness molybdenum Nauk SSSR nickel obtained oersted oxidation parameters particles peak phase Phys plane plastic deformation properties quenching range recrystallization reduction result sectors seen shown shows single crystals solid solution specimens steel stresses structure studied surface Table temperature dependence tempering testing tion titanium transformation variation width X-ray diffraction Zhur zinc zone

Bibliographic information

QR code for The Physics of Metals and Metallography
TitleThe Physics of Metals and Metallography
Fizika metallov i metallovedenie
ContributorPergamon Institute
PublisherPergamon Press for Pergamon Institute, 1962
  
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