powder compact
英 [ˈpaʊdə(r) kəmˈpækt]
美 [ˈpaʊdər ˈkɑːmpækt]
网络 粉盒; 粉饼; 粉末压坯; 粉饼盒; 粉末压块
英英释义
noun
- a small cosmetics case with a mirror
双语例句
- Research on the Technology of Fe-based Powder Compact Sintering-Solid Boronizing
铁基粉末压坯烧结&固体渗硼技术研究 - The Pointed End Sintering Model for a Fractal Geometry Model of Powder Compact
固体粉末的分形几何体尖端烧结模型 - In this paper, performances of diamond synthesized respectively with powder catalyst and with compact catalyst were compared. Difference of the preparation process and synthesize system between the two catalysts has been studied.
比较了片状触媒和粉状触媒合成金刚石的性能，并从触媒材料的制备工艺及合成体系方面分析了造成性能差异的原因。 - The results show that the main factor affecting powder flowability is the aggregation of powder particles while the powders are in incompact state and the friction between the powder particles while the powders are in compact state.
结果表明：影响松装状态磁粉流动性的主要因素是粉末颗粒团聚，影响密实磁粉流动性的主要因素是颗粒间的摩擦力。 - According to accumulated deformation and different shear deformation character multiple passes rearrange the powder, change pore shape, compact powder material further.
多道次挤压由于变形量的累积和不同的剪切特征不断地改变内部的孔隙形状和内部基体材料的重排使得材料进一步致密。 - The infiltration parameters of CuW pseudobinary alloy were studied through theoretic deduction and experimental study. A formula was given out to show the relationship among infiltration time and tungsten powder size, pore fraction and CuW compact height.
通过对CuW假两相合金的熔渗参数的理论分析和实验研究，给出了熔渗时间与钨粉粒径、压坯孔隙率、压坯高度之间的定量关系式。 - Effect of morphology and particle size distribution of tungsten powder on compacting performance and green compact strength
钨粉形貌与粒度分布对成形性和压坯强度的影响 - Free upsetting, as a typical forging process, has been selected to investigate the densification and deforma-tion behavior of the powder sintering compact. A new densification model of porosint has been proposed and the plas-tic theory of porosint has been introduced briefly.
选择典型的镦粗工艺对粉末烧结坯的致密与成形行为和规律进行了研究，提出了多孔材料的致密模型并简要介绍了多孔材料的塑性理论。 - The annealing process is necessary to improve the compressibility of iron powder and to get medium and high compact density.
而铁粉的还原退火对改善铁粉的压缩性，获得中、高密度压件是必要的。 - Combustion synthesis of Si powder compact with large dimensions under high pressurized nitrogen is investigated.
研究了大尺寸Si粉坯在高压氮气中的燃烧行为，通过调整工艺参数，获得了完全氮化的Si3N4陶瓷多孔坯体。