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Results: 1-9 |
Results: 9
RATE-CONTROLLED SYNTHESIS AND SINTERING OF NANOCRYSTALLINE BARIUM-TITANATE POWDER
Authors: RAGULYA AV
Citation: Av. Ragulya, RATE-CONTROLLED SYNTHESIS AND SINTERING OF NANOCRYSTALLINE BARIUM-TITANATE POWDER, Nanostructured materials, 10(3), 1998, pp. 349-355
SYNTHESIS AND SINTERING OF NANOCRYSTALLINE BARIUM-TITANATE POWDER UNDER NONISOTHERMAL CONDITIONS - II - PHASE-ANALYSIS OF THE DECOMPOSITIONPRODUCTS OF BARIUM TITANYL-OXALATE AND THE SYNTHESIS OF BARIUM-TITANATE
Authors: VASYLKIV OO RAGULYA AV SKOROKHOD VV
Citation: Oo. Vasylkiv et al., SYNTHESIS AND SINTERING OF NANOCRYSTALLINE BARIUM-TITANATE POWDER UNDER NONISOTHERMAL CONDITIONS - II - PHASE-ANALYSIS OF THE DECOMPOSITIONPRODUCTS OF BARIUM TITANYL-OXALATE AND THE SYNTHESIS OF BARIUM-TITANATE, Powder metallurgy and metal ceramics, 36(5-6), 1997, pp. 277-282
SYNTHESIS AND SINTERING OF NANOCRYSTALLINE BARIUM-TITANATE POWDER UNDER NONISOTHERMAL CONDITIONS .1. CONTROL OF DISPERSITY OF BARIUM-TITANATE DURING ITS SYNTHESIS FROM BARIUM TITANYL OXALATE
Authors: RAGULYA AV VASYLKIV OO SKOROKHOD VV
Citation: Av. Ragulya et al., SYNTHESIS AND SINTERING OF NANOCRYSTALLINE BARIUM-TITANATE POWDER UNDER NONISOTHERMAL CONDITIONS .1. CONTROL OF DISPERSITY OF BARIUM-TITANATE DURING ITS SYNTHESIS FROM BARIUM TITANYL OXALATE, Powder metallurgy and metal ceramics, 36(3-4), 1997, pp. 170-175
SYNTHESIS AND SINTERING OF NANOCRYSTALLINE BARIUM-TITANATE POWDER UNDER NONISOTHERMAL CONDITIONS - III - CHROMATOGRAPHIC ANALYSIS OF BARIUMTITANYL-OXALATE GASEOUS DECOMPOSITION PRODUCTS
Authors: VASYLKIV OO RAGULYA AV KLIMENKO VP SKOROKHOD VV
Citation: Oo. Vasylkiv et al., SYNTHESIS AND SINTERING OF NANOCRYSTALLINE BARIUM-TITANATE POWDER UNDER NONISOTHERMAL CONDITIONS - III - CHROMATOGRAPHIC ANALYSIS OF BARIUMTITANYL-OXALATE GASEOUS DECOMPOSITION PRODUCTS, Powder metallurgy and metal ceramics, 36(11-12), 1997, pp. 575-578
THEORY, FABRICATION TECHNOLOGY, AND PROPERTIES OF POWDERS AND FIBERS - SIMULATION OF THE PROCESSES OF SOLID-PHASE TRANSFORMATION DURING REDUCTION OF NI FROM NIO UNDER NONISOTHERMAL CONDITIONS
Authors: STEPANYUK SA UVAROVA IV SAVYAK MP RAGULYA AV
Citation: Sa. Stepanyuk et al., THEORY, FABRICATION TECHNOLOGY, AND PROPERTIES OF POWDERS AND FIBERS - SIMULATION OF THE PROCESSES OF SOLID-PHASE TRANSFORMATION DURING REDUCTION OF NI FROM NIO UNDER NONISOTHERMAL CONDITIONS, Powder metallurgy and metal ceramics, 35(1-2), 1996, pp. 1-4
RATE-CONTROLLED SINTERING OF ULTRAFINE NICKEL POWDER
Authors: RAGULYA AV SKOROKHOD VV
Citation: Av. Ragulya et Vv. Skorokhod, RATE-CONTROLLED SINTERING OF ULTRAFINE NICKEL POWDER, Nanostructured materials, 5(7-8), 1995, pp. 835-843
SINTERING AT A CONTROLLED RATE AS A METHOD FOR REGULATING THE MICROSTRUCTURE OF CERAMICS AND SIMILAR SINTERED MATERIALS
Authors: SKOROKHOD VV RAGULYA AV
Citation: Vv. Skorokhod et Av. Ragulya, SINTERING AT A CONTROLLED RATE AS A METHOD FOR REGULATING THE MICROSTRUCTURE OF CERAMICS AND SIMILAR SINTERED MATERIALS, Powder metallurgy and metal ceramics, 33(3-4), 1994, pp. 109-117
ANOMALOUS DIFFUSIONAL MASS-TRANSPORT IN THE INITIAL-STAGE OF THE SINTERING OF POWDERS
Authors: RAGULYA AV SKOROKHOD VV
Citation: Av. Ragulya et Vv. Skorokhod, ANOMALOUS DIFFUSIONAL MASS-TRANSPORT IN THE INITIAL-STAGE OF THE SINTERING OF POWDERS, Soviet powder metallurgy and metal ceramics, 31(12), 1992, pp. 1006-1009
APPROXIMATION OF THE LIQUIDUS SURFACE OF THE HFO2-Y2O3-CAO SYSTEM BY REDUCED POLYNOMIALS
Authors: DANILENKO VM LOPATO LM RAGULYA AV ANDRIEVSKAYA ER
Citation: Vm. Danilenko et al., APPROXIMATION OF THE LIQUIDUS SURFACE OF THE HFO2-Y2O3-CAO SYSTEM BY REDUCED POLYNOMIALS, Soviet powder metallurgy and metal ceramics, 29(12), 1990, pp. 985-989
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