2) quality distribution
质量分布
1.
For in-depth understanding of the flotation behavior of each size fraction to improve its performance, series screen analyses were taken on products from laboratory flotation tests, the quality distribution of each size fraction assessed, and effective measures proposed for enhancement.
老屋基选煤厂浮选入料的可浮性属极难浮等级 ,为深入了解各粒级的浮选行为 ,对实验室浮选试验的产物进行系列筛分试验 ,分析了各粒级的质量分布情况 ,提出了改善浮选效果的措施。
2.
As preparation, the authors gave a proof of the method to construct quality distribution which was often used but not be proved.
并在准备工作中证明了一种常用但未证明的质量分布的构造方法。
3) mass distribution
质量分布
1.
Stability analysis of biped robot gait in consideration of its mass distribution;
两足机器人质量分布与步行稳定性及效率关系研究
2.
This paper presents a calculation model for winglike structure mass distribution of aircraft and an automatic calculation method which can be performed on computers.
提出了一种飞机翼面类结构质量分布计算模型及其在计算机上实现的自动算法,编制了相应的计算机软件,通过对Y-8C型飞机的实例计算验证了该方法的有效性和准确性。
3.
In present work,the Many Stage Dynamical Model(MSDM) is based on the Cascade-Exciton Model (CEM) We use it to investigate the mass distribution of Nb,Au and Pb proton-induced reactions in energy range from 100 MeV to 3 GeV.
中高能质子轰击靶的碎片的质量分布是了解散裂中子靶的放射性累积和对靶材料性能的影响的一个重要方面 。
4) distributed mass
分布质量
5) Klemas distribution quality
Klemas分布质量
1.
the fractal liquid distributor has better Klemas distribution quality, wider operating ranges, and smaller height than the traditional liquid distributors, and the fractal liquid distributor has stil.
并通过实验验证了:与传统的液体分布器相比较,fractal液体分布器具有Klemas分布质量高、操作弹性大、空间高度小等一系列突出的优点;在处理小流率液体分布时,fractal液体分布器仍具有非常高的Klemas分布质量,因此解决了液体分布器设计上长期没能解决的难题。
6) transverse mass distribution
横质量分布
1.
The △ resonance effects on the rapidity distributions of proton and pion and on the transverse mass distribution of proton are investigared.
研究了共振态对质子π的快度分布以及质子横质量分布的影响。
补充资料:部分
部分
portion
部分【训币佣;。op”H,l,集合的 对于直线上的集合,是指集合与区间的交集;对于。维空问(性)2)中的集合,是指集合与开球、开长方体、开超平行体的交集.这个概念的重要性基于下述事实:集合A在集合B中处处稠密,如果B的任何非空部分含有A的点,换言之,闭包AOB集合A在B中无处稠密,如果A在B的任何部分中无处稠密,即B的任何部分均不含于A,
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