Suchergebnisse - "Rakoch, T. A."

1

Effect 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

von: Ivensen, V. A.

1986, in: Powder metallurgy and metal ceramics

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2

Effect of biographic and deformation crystal lattice defects on densification during nonisothermal sintering

von: Ivensen, V. A.

1984, in: Powder metallurgy and metal ceramics

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3

Densification of powder compacts during nonisothermal sintering II. Pore volume reduction during nonlinear and linear temperature rises

von: Ivensen, V. A.

1980, in: Powder metallurgy and metal ceramics

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4

Effect of mechanical processing and heat treatment of powders on their sinterability characteristics linked with their method of manufacture. IV. The v/v VS τ function in a temperature jump in the sintering of porous bodies from molybdenum and tungsten carbide powders

von: Ivensen, V. A.

1986, in: Powder metallurgy and metal ceramics

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5

Densification of powder compacts during nonisothermal sintering. III. Pore volume reduction during the initial heating prior to isothermal holding

von: Ivensen, V. A.

1980, in: Powder metallurgy and metal ceramics

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6

Effect of mechanical processing and heat treatment of powders on their sinterability characteristics linked with their method of manufacture

von: Ivensen, V. A.

1986, in: Powder metallurgy and metal ceramics

Wird geladen...
7

Effect 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

von: Ivensen, V. A.

1986, in: Powder metallurgy and metal ceramics

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8

Effect of biographic and deformation crystal lattice defects on densification during nonisothermal sintering

von: Ivensen, V. A.

1984, in: Powder metallurgy and metal ceramics

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9

Effect of mechanical processing and heat treatment of powders on their sinterability characteristics linked with their method of manufacture

von: Ivensen, V. A.

1986, in: Powder metallurgy and metal ceramics

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10

Effect 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

von: Ivensen, V. A.

1986, in: Powder metallurgy and metal ceramics

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11

Densification of powder compacts during nonisothermal sintering. III. Pore volume reduction during the initial heating prior to isothermal holding

von: Ivensen, V. A.

1980, in: Powder metallurgy and metal ceramics

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12

Effect of mechanical processing and heat treatment of powders on their sinterability characteristics linked with their method of manufacture. IV. The v/v VS τ function in a temperature jump in the sintering of porous bodies from molybdenum and tungsten carbide powders

von: Ivensen, V. A.

1986, in: Powder metallurgy and metal ceramics

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13

Densification of powder compacts during nonisothermal sintering II. Pore volume reduction during nonlinear and linear temperature rises

von: Ivensen, V. A.

1980, in: Powder metallurgy and metal ceramics

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14

Effect 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

von: Ivensen, V. A.

1986, in: Powder metallurgy and metal ceramics

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