1.
Volume fraction distribution rules for solid-phase in double channel sewage pump
双流道污水泵内固相体积分数分布规律
2.
Study on sedimentary microfacies and sandbody distribution law of Caozhuang Oilfield
曹庄油田沉积微相及砂体分布规律研究
3.
Study on Measurement Technology about Solid-phase Volume Fraction of Semi-solid Magnesium Alloy
半固态镁合金固相体积分数检测技术研究
4.
Study of dustribution law of solid particles in double suction impeller
双吸式叶轮中固体颗粒分布规律的研究
5.
Variation Trends of Main Gas Concentrations During Reburning with Pulverized Coal
煤粉再燃过程中主要气体体积分数的变化规律
6.
distributive law
【数】分配律, 分布律
7.
Studies on Distribution, Release and Photodegradation Laws of Parachlorophenol in Solid Ice;
对氯苯酚在固态冰相中的分布、释放及光降解规律的研究
8.
Studies on Mode of Distribution, Release and Photolysis of M-cresol in Ice;
间甲酚在固态冰相中的分布、释放及光降解规律的研究
9.
Studies on Distribution-Release Regularity and Photodegradation of Phenol in Ice;
苯酚在固态冰相中的分布、释放及光降解规律的研究
10.
Stress distribution along bonded length of new-type recoverable anchor
新型可回收锚杆锚固段应力分布规律
11.
A STUDY ON THE GROWTH AND DBVELOPMENT OF ADZUKI BEAN(VIGNA ANGULARIS) Ⅳ.The Correction Coeficient and Spatial Distribution on Leaf Area of Adzuki Beau fram Flowering to Maturity
小豆生长发育规律的研究——Ⅳ.小豆叶面积矫正系数及其空间分布
12.
Spatial distribution characteristics of surface sediment grain-size parameters on the intertidal flat using hyperspectral remote sensing data
基于高光谱的潮间带表层沉积物粒度参数空间分布规律研究
13.
Numerical simulation of inner two-phase flow with different volumetric fractions of solid-phase in hydraulic turbines
不同固相体积分数下水轮机内部两相流动的数值模拟
14.
STUDY ON SEDIMENTATION CHARACTERISTICS AND STRENGTH DISTRIBUTION OF FILL IN DRIFT CUT AND FILL MINING
巷道式充填法回采进路充填体沉积特征及强度分布规律研究
15.
Spatial-temporal Distribution and Correlation Analysis of Fire System
火灾系统时空分布规律及相关性分析
16.
Study on Three-Dimension Fractal Distribution Law of the Crack Face Number in Rock Mass and Emulation Theory;
岩体裂缝面数量三维分形分布规律研究与仿真理论
17.
Distribution of phase type of hydrocarbon resources in Dongying Depression
东营凹陷油气资源相态类型分布规律
18.
According to the calculation of interface energy as well as the flow analysis based on gravity, it is claimed that the inclusions distribution was affected by the travel of the excessive[ H] during solidification.
采用相间能计算和重力流动分析得知,此分布规律是过量[]钢锭凝固过程中的运动促成的。