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
- 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。 - The characteristics of metal powder compact, which provide the viability of microwave sintering, are comprehensively summarized. Electron's movement behavior in electric-agnetic field is analyzed and eddy loss is stated to be one of the mechanisms of microwave sintering.
在此基础上，总结了金属粉末压坯的特点，阐述了微波烧结金属粉末压坯的可行性，分析了自由电子在电磁场中的运动行为，指出涡流损耗是微波促进烧结的机理之一。 - Various kinds effect factors of the Cu powder and TiB2/ Cu composite powder compact sintered by microwave were systematically studied.
系统探讨了微波烧结Cu粉及TiB2/Cu复合粉末压坯的各种影响因素。 - Direct Reduction Carburization Processing for Ultrafine WC-based Hardmetal Powder Materials; sintered tungsten carbide compact bit
超细碳化钨基硬质合金粉末及材料的直接还原碳化技术镶碳化钨硬合金齿钻头 - 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 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。 - 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 - Application of Powder Compact Nodularizer
粉末压制成型球化剂的应用 - Because of the increasing of temperature during high velocity compaction, the metal powder is softened and easy to compact.
对所建立方程的分析显示，在高速压制中由于温度的变化，使得金属粉末出现软化现象，即粉末更容易被压实，从而使压坯零件有较高的密度。 - 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。