Resource-saving and nature-preserving potential of powder materials and technology; use in the area of processing of secondary resources S. S. KiparisovO. V. PadalkoV. L. Ésikman International Seminar On “New Materials And Their Use In Machine Building,” Kiev, October 13–16, 1992 Pages: 465 - 467
Developments of the Belarussian Republic scientific and production union for powder metallurgy in the area of new materials and methods and their use in machine building P. A. Vityaz'E. V. Zvonarev International Seminar On “New Materials And Their Use In Machine Building,” Kiev, October 13–16, 1992 Pages: 468 - 475
Diamond and cubic boron nitride composites with a metallic binder: Their production and application Yu. V. NaidichI. A. LavrinenkoV. P. Umanskii International Seminar On “New Materials And Their Use In Machine Building,” Kiev, October 13–16, 1992 Pages: 476 - 479
Making alloyed titanium diboride powders Yu. V. LevinskiiA. P. Petrov Theory And Technology For Making Powders And Fibers Pages: 480 - 483
Ferromagnetic powders based on reduced γ iron oxide V. V. NepomnyashchiiT. V. MosinaA. K. Dudchenko Theory And Technology For Making Powders And Fibers Pages: 484 - 485
Sintering kinetics of capillary-porous powder materials L. I. TuchinskiiM. B. ShternS. A. Zakharov Theory And Technology Of Sintering, Thermal, And Chemicothermal Treatment Processes Pages: 486 - 490
Compaction and structure formation during sintering of powder heterophase materials of the system titanium nitride-chromium-nickel alloy F. F. EgorovA. M. ShatokhinV. P. Smirnov Theory And Technology Of Sintering, Thermal, And Chemicothermal Treatment Processes Pages: 491 - 496
Electric pulse heating at the site of deformation during rolling I. M. Mal'tsevV. G. Petrikov Theory And Technology Of Sintering, Thermal, And Chemicothermal Treatment Processes Pages: 497 - 500
Composition and fine structure of an intermetallic prepared by the SHS method M. V. FedorishchevaV. P. LyubivoiÉ. V. Kozlov Theory And Technology Of Sintering, Thermal, And Chemicothermal Treatment Processes Pages: 501 - 504
Effect of thermocyclic processing on the kinetics of isothermal austenite transformation and the properties of powdered 40N2M steel Yu. G. GurevichA. G. IvashkoI. F. Pan'shin Powder Materials, Parts, And Coatings Pages: 505 - 508
Kinetics of oxidation SHS of titanium carbide and titanium and chromium double carbide powders in air G. N. Komratov Powder Materials, Parts, And Coatings Pages: 509 - 511
Effect of an oxide coating on the strength properties of boron and silicon carbide fibers M. E. KrisonS. P. ListovnichayaYu. M. Vasilenkov Powder Materials, Parts, And Coatings Pages: 512 - 517
Kinetics of carbothermic reduction of datolite concentrate A. D. VerkhoturovV. L. ButukhanovV. M. Ivakhnishin Powder Materials, Parts, And Coatings Pages: 518 - 521
Production and properties of a nickel-mercury intermetallic compound G. A. KozbagarovaA. A. LangeS. P. Bukhman Powder Materials, Parts, And Coatings Pages: 522 - 525
Additional heat treatment of sintered ceramics based onβ-sialons V. A. IzhevskiiM. S. Koval'chenko Powder Materials, Parts, And Coatings Pages: 526 - 531
Interatomic interaction potentials and PV-diagrams of the cubic monocarbides V. V. OgorodnikovYu. I. Rogovoi Powder Materials, Parts, And Coatings Pages: 532 - 538
Isothermal section of the erbium-vanadium-boron system at 1070 K N. F. ChabanO. P. Nechai Powder Materials, Parts, And Coatings Pages: 539 - 540
Investigation of the mechanical properties of materials of the system Al2O3-ZrO2-TiN Yu. G. GogotsiN. A. OrlovskayaV. A. Goncharuk Powder Materials, Parts, And Coatings Pages: 541 - 543
Formation of new compounds in shock-wave sintering of sphaleritic boron nitride with Al2O3 and ZrO2 V. I. KovtunV. I. TrefilovS. I. Chugunova Powder Materials, Parts, And Coatings Pages: 544 - 549
Geometric-probabilistic model and parameters of the structure of porous fiber materials. II. Experiment A. V. KondrachukV. A. NazarenkoA. Z. Vol'nov Powder Materials, Parts, And Coatings Pages: 550 - 554
Composites: General considerations, relationship of the microstructure and effective properties, application of composites in development of the materials with specific properties. III. Relationship of the microstructure and effective properties of materials using Young's modulus as an example G. OndracekI. A. Kravchenko Powder Materials, Parts, And Coatings Pages: 555 - 560
