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Apparatus and Method of Measuring Microhardness
Some Special Cases of Using the Devices for Measuring Microhardness
Techniques of Determining Microhardness
8 other sections not shown
Akad alloying element alloys alloys containing aluminum annealing antimony binary bismuth boundary brittleness number chemical composition compounds concentration conodes constant cooling rate copper corresponding crystallites curves deg/min degree of intracrystallite dendritic cells dendritic liquation determined deviations diagonal diamond pyramid diffusion effect etchant etching eutectic eyepiece germanium grain hardening hardness heating homogenization impression increasing indentor intracrystallite liquation isotherms lattice layer liquid phase liquidus load of 20 martensite materials melt Metals micro micrograins microhardness measurements microhardness method microhardness values microhardness was measured microhardness/composition microheterogeneity microinhomogeneity microscope microsections Nauk SSSR ness periphery phase diagram physicochemical analysis plotting quasibinary quaternary quenched relation relationship results obtained samples second-phase particles semiconductors silicon solid phase solid solution solid-solution crystals solidus solubility stoichiometry studied superheating surface Table Tekhn tellurium temperature tion two-phase alloys two-phase region V. M. Glazov various x-ray Zavod zirconium