Sintering’85Hayne Palmour Springer Science & Business Media, 6. 12. 2012. - 412 страница This volume contains the edited Proceedings of the Sixth World Round Table Conference on Sintering, held in Herceg-Novi, Yugoslavia on September 2-6, 1985. It was organized by the International Institute for the Science of Sintering (IISS), headquartered in Beograd. Every fourth year since 1969, the Institute has organized such a Round Table Conference on Sintering, each has taken place at some selected lo cation within Yugoslavia. A separate series of IISS Summer Schools have also been held at four year intervals, but they have been offset by about two years, so they occur between the main Conferences. As a rule, the Summer Schools have been devoted to more specific topics and they also take place in different countries. The aim of these Conferences and their related Summer Schools has been to bring together scientists from allover the world who work in various fields of science and technology concerned with sinter ing and sintered materials. A total of six IISS Conferences have been held over the period 1969-1985, and they have been supplemented by the three Summer Schools held in Yugoslavia, Poland and India (in 1975, 1979 and 1983, respectively). This most recent five day Conference addressed the fundamental scien tific background as well as the technological state-of-the-art in sintering and sintered materials. It encompassed many of the high technology sintered materials needed for a wide variety of research and industrial applications. |
Садржај
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RATE CONTROLLED SINTERING REVISITED | 17 |
ON THE MECHANISM OF GRAIN BOUNDARY ELIMINATION FROM | 35 |
EFFECT OF PARTICLE SIZE DISTRIBUTION ON SINTERING | 43 |
CONTRIBUTION TO INVESTIGATION OF THE SINTERING PROCESS | 53 |
TWIN FORMATION DURING SINTERING OF MICRON AND SUBMICRON SIZED | 69 |
SURFACE RELAXATION DYNAMICS OF GEOMETRIC STRUCTURE | 81 |
THEORETICAL ANALYSIS OF METAL PARTICLE COOLING IN | 89 |
MICROSTRUCTURAL FEATURES OF TRANSPARENT PLZT CERAMICS | 223 |
SINTERING AND MICROSTRUCTURE OF PZTZrO2 COMPOSITES | 231 |
SINTERING IN CHEMICALLY HETEROGENEOUS SYSTEMS | 241 |
CALCULATION OF PHASE DIAGRAMS | 251 |
STRUCTURAL EVOLUTION DURING THE SINTERING OF SnO2 | 259 |
INHIBITION OF THE GRAIN GROWTH IN PZT CERAMICS BY DOPING | 269 |
CONTROLLED GRAIN GROWTH IN CERAMICS | 277 |
SINTERING AND MICROSTRUCTURE DEVELOPMENT IN THE SYSTEM | 287 |
PREPARATION OF MOLYBDENUM POWDERS BY ROTATING ELECTRODE | 98 |
WARIABLE INFLUENCING THE SINTERING OF MgO | 109 |
ACTIVATED SINTERING | 121 |
DISLOCATIONACTIVATED SINTERING PROCESSES | 133 |
THE DEPENDENCE OF SINTERABILITY OF NiADDED WPOWDER | 143 |
METAL ACTIVATED RECRYSTALLIZATION AND CREEP OF TUNGSTEN | 155 |
MACROPORE FILLING DURING HOT ISOSTATIC PRESSING | 165 |
FORMATION OF RESIDUAL POROSITIES DURING LIQUID PHASE | 173 |
FUNDAMENTAL STUDY OF THE LATER STAGES OF LIQUID PHASE | 179 |
OBSERVATION OF LIQUID PHASE SINTERING OF A HIGH SPEED | 189 |
THE PROCESSING OF A PERMALLOYMAGNETITE COMPOSITE | 199 |
DENSIFICATION DURING HOT ISOSTATIC PRESSING OF A HIGH | 205 |
THE PREPARATION OF VERY SMALL GRAIN SIZE COMPACTS OF LEAD | 215 |
THE INFLUENCE OF AGGREGATES ON THE SINTERING OF MgCr204TiO2 | 293 |
THE INFLUENCE OF SINTERING PARAMETERS AND SUBSEQUENT THERMAL | 301 |
SINTERING OF ALUMINA IN OXYGEN AND NITROGEN CONTAINING | 309 |
CHEMICALLY DRIVEN PORE GROWTH | 317 |
MAGNETIC PROPERTIES OF SINTERED FeSn CORES 325 | 324 |
THE INFLUENCE OF STRUCTURAL FACTORS ON MECHANICAL PROPERTIES | 337 |
SINTERING OF IRON POWDER WITH AN ADDITION OF FERROMANGANESE | 343 |
EFFECT OF ADDITIVES ON THE COLD COMPACTION BEHAVIOUR | 359 |
SINTERING OF NONMETALLIC NITRIDES | 371 |
NEW EXPERIMENTAL DATA IN THE CFeW CCoW CFeNiW | 379 |
INTERNATIONAL COOPERATION IN HIGH TECHNOLOGY CERAMICS | 397 |
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Друга издања - Прикажи све
Чести термини и фразе
activated sintering addition alloy alumina annealing argon atmosphere atomization BaTiO3 behaviour binder boundary diffusion CADOPS calculated ceramics chemical coefficient composition cooling rate core crystal decrease densification dislocation dry argon effect electrical resistivity electron equation equilibrium experimental ferromanganese formation fraction G. C. Kuczynski grain boundary grain growth grain size heating HIPing hot-pressing increase initial Kaysser kinetics lead telluride liquid phase sintering macropores mechanism melting metal microstructure molybdenum neck boundaries Ni-doped nickel nitride nitrogen observed obtained oxide oxygen Palmour parameters Petzow phase diagram PLZT pore pore growth pore size distribution porosity powder compacts Powder Metallurgy present pressing pressure properties radius recrystallization relative density samples shown in Fig shows shrinkage sintered density sintering sintering process sintering temperature SnO2 solid solution specimens spherical stage of sintering structure thermal TiO2 values velocity volume W-compact W-powder Wüstite Yugoslavia ZrO2