75 research outputs found
Effect of biographic and deformation crystal lattice defects on densification during nonisothermal sintering
No full textDensification of powder compacts during nonisothermal sintering. III. Pore volume reduction during the initial heating prior to isothermal holding
No full textMathematical model of nonisothermal sintering. II. Comparison of the theoretical and experimental curves of induction of pore volume in sintering of powdered nickel
No full textMathematical model of nonisothermal sintering. III. Application of the ?two-stage model? in describing the main regularities of nonisothermal sintering
No full textEffect of mechanical processing and heat treatment of powders on their sinterability characteristics linked with their method of manufacture
No full textEffect of mechanical processing and heat treatment of powders on their sinterability characteristics linked with their method of manufacture. IV. The v/v VS ? function in a temperature jump in the sintering of porous bodies from molybdenum and tungsten carbide powders
No full textPhenomenological analysis of the densification kinetics of metal powders during sintering
No full textEffect of mechanical processing and heat treatment of powders on their sinterability characteristics linked with their method of manufacture. III. Increase in the rate of pore volume reduction in a temperature jummp at a given initial rate v/v in the sintering of powders of various origins
No full textSome characteristics of the densification of powder compacts during nonisothermal sintering
No full textEffect of mechanical processing and heat treatment of powders on their sinterability characteristics linked with their method of manufacture. II. Effect of annealing of plastically worked particles of a powder on its ?behavior? in a temperature jump and substructure characteristics
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