介绍了温压工艺的特点及其致密化机理,并对粉末冶金研究中温压工艺参数的选择、温压材料的性能及聚合物的加入方式和选取原则进行了讨论.在此基础上,提出了今后温压工艺的研究发展方向和应用前景.
参考文献
| [1] | ChagnonF;Gelinas C;Trudel Y.DevelopmentofhighdensitymaterialsforP/Mapplications[A].Advances in Powder Metallurgy and Particulate Materials,1994 |
| [2] | ChagnonF;Trudel Y.EffectofcompactiontemperatureonsinteredpropertiesofhighdensityP/Mmaterials[A].Metal Powder Industries Federation Princeton NJ,1995:53. |
| [3] | RutzHG;HanejkoF G.Highdensityprocessingofhighperformanceferrousmaterials[A].Metal Powder Industries Federation Princeton NJ,1994:117. |
| [4] | MusellaV;AngeloMD .Process for preheating metal in preparation for compacting operations[P].U S Patent No:4,955,798 |
| [5] | RutzHG;Hanejko F G;Luk S H .Warmcompactionoffershighdensityatlowcost[J].Metal Powder Report,1994,49(09):40. |
| [6] | C. N. Degoix. A. Griffo;R. M. German .Effect of lubrication mode and compaction temperature on the properties of Fe-Ni-Cu-Mo-C[J].International Journal of Powder Metallurgy,1998(2):29-33. |
| [7] | Anonymous .Warmcompactionmovesintoproduction[J].Metal Powder Report,1996,51:12. |
| [8] | Howard G. Rutz;Francis G. Hanejko .HIGH DENSITY PROCESSING OF HIGH PERFORMANCE FERROUS MATERIALS[J].International Journal of Powder Metallurgy,1995(1):9,11-17-0. |
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