温压工艺可达到比传统铁粉压块更高的密度与生坯强度。
Warm compaction process yields higher density and improved green strength over conventionally processed iron powder compacts.
测定了它们的冷压生坯密度、模拟生坯强度以及高频钎焊的结合力矩；
Green-pressing density, simulated green-pressing strength and bonding momental of high frequency brazing were assayed.
用电容器级钽粉压成适于制作固体电解电容器阳极的坯块， 压缩测定其生坯强度。
The crush strength of pressed pellets of capacitor grade tantalum powder which is used for making tantalum solid electrolytic capacitor was tested.
试验结果表明：温压工艺能够较大幅度地提高316L不锈钢粉末的生坯密度和生坯强度，也能提高其烧结后的密度和抗拉强度。
Results show that warm compaction can improve the green density and strength of 316L powder greatly and improve its sintered density and tensile strength as well.
对于一定粒度的碳化硅粉而言，加入到生坯中碳粉粒度应小于一定尺寸，否则，陶瓷的断裂强度和密度将随碳粉粒度的增大而降低。
For the green body containing a certain size of SiC powders, the carbon particle should be less than a certain size, or else, the density and fracture strength of RBSC decrease wit...
随成型压力的增加，当保压一定时间、添加一定量助烧剂时，生坯密度随之增加，饱和磁化强度也相应提高。
With the increase of molding pressure, holding pressure for certain time and adding a certain amount of boric acid doping, the compact density and saturation magnetization correspondingly increase.
随成型压力的增加，当保压一定时间、添加一定量助烧剂时，生坯密度随之增加，饱和磁化强度也相应提高。
With the increase of molding pressure, holding pressure for certain time and adding a certain amount of boric acid doping, the compact density and saturation magnetization correspondingly increase.
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