1) powder head
粉末压头
2) powder moulding
粉末模压
1.
In this paper, a monolithic nickel catalyst was prepared by the powder moulding, and the preparation conditions and influence factors were studied.
本文采用粉末模压法制备金属镍催化剂,并研究了催化剂的制备条件及其影响因素。
3) Powder compact
粉末压坯
1.
4C powder compact as matrix to boronizing, in order to realize boronizing process with short time and low temperature by taking advantage of low density, diffusion and disfigurements in Fe-2Cu-0.
4C粉末压坯进行渗硼处理,期望利用粉末压坯密度小、缺陷多的特点,以及烧结过程中的扩散现象,实现低温、短时间的渗硼。
4) powder compaction
粉末压制
1.
Computer simulation of powder compaction is helpful to speed up the process of designing and manufacturing powder metallurgy components,and saving cost.
利用计算机模拟粉末压制过程,能有效地缩短设计周期,降低设计成本。
2.
Numerical simulation on influence of loading ways of powder on titanium powder compaction;
结果表明:粉末装粉方式对粉末压制过程及压坯密度有较大的影响,与平式装粉方式相比,采用凸式装粉,试样的烧结坯密度提高了6%,孔隙分布的均匀性也得到相应的改善。
6) Pressed Powder
粉末压片
1.
The concentration of ferrum,barium and lanthanum elements in magnetoplumbite doped rare earth ferrites was directly determined by X-ray fluorescence spectrometry with the pressed powder samples.
采用X射线荧光光谱分析方法,直接粉末压片测定磁铅石型稀土铁氧体中Fe、Ba、La等元素的浓度,实验结果表明:在最佳仪器工作条件下,测试结果的相对标准偏差均<1。
补充资料：无弹性架压磁测力传感器压头
无弹性架压磁测力传感器压头
无弹性架压碰测力传感器压头
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条