concentration distribution信息详情
[力]浓度分布
distribution───n.分布;分配;供应
concentration───n.浓度;集中;浓缩;专心;集合
impurity concentration───[电子]杂质浓度
symmetrical distribution───对称分布,对称分配
high concentration───高浓度,高强度
concentration curl───[体]单臂哑铃弯举
concentration camps───n.集中营( concentration camp的名词复数 )
symphonic distribution───交响乐分布
logistic distribution───逻辑斯谛分布
Floc concentration distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.───实验测定了平直叶轮动态混合絮凝器内絮团浓度的空间分布。
Concentration distribution has been obtained by measuring conductivity in the buoyant jets.───采用测量电导率的方法测量射流内部盐分的浓度分布。
bacterial concentration distribution of indoor air in different time was studied and analysed.───家庭室内空气的细菌浓度,在不同时间段的分布进行了研究分析。
Then, by the relationship between the heat conductivity and the impurity concentration, the concentration distribution can be obtained.───进而可以据热导率和掺杂浓度的关系,得到半导体中掺杂浓度的分布。
The impact of these factors on indoor airfield was compared and analyzed to make further research on particle concentration distribution.───对比分析这些因素对室内流场的影响,研究它们对颗粒物浓度场的影响规律。
ECT was also used to investigate the volumetric concentration distribution of solids in the cyclone concentrator.───同时,采用ECT测量了管道截面上固体颗粒的浓度分布。
The relative concentration distribution and width of OH radicals can be obtained from planar fluorescence images.───由平面荧光图可得到氢氧基相对浓度分布和它的宽度。对扩散火焰,高温区在OH带内侧;
Using FLUENT, concentration distribution of contaminated product before and after shutdown was analyzed by numerical calculation.───借助计算流体动力学软件FLUENT,对顺序输送管道停输前后混油体积分数的分布规律进行数值计算。
Based on the current field, the concentration distribution of nitrogen and phosphorus is simulated.───在此基础上,模拟了网箱养殖污染源所形成的氮、磷浓度分布。
- closes down
- combining site
- common markets
- concentrated phase
- code translater
- choline phosphate
- congestion zone
- consumer orientation
- closes in
- clean energy
- concentration effect
- common measure
- combining stand
- code translation
- consumer preference
- concentrated pill
- closes up
- clean factory
- congestioncontrol
- choline phosphokinase
- concentration efficiency