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1)  coalescence efficiency
聚结效率
1.
As an orthodox technology, combination of gravitational separation and coalescence technology advances coalescence efficiency largely.
碰撞聚结和润湿聚结同时存在时,有利于聚结效率的提高。
2)  accumulation efficiency
聚集效率
1.
Gas accumulation efficiency and its main controlling factors in China's large and medium gas fields;
中国大中型气田天然气聚集效率及其主控因素
2.
Reservoiring process and accumulation efficiency of Feixianguan Formation gas pool in Luojiazhai,northeastern Sichuan basin;
川东北罗家寨飞仙关组气藏成藏过程及聚集效率
3.
In this paper, gas accumulation efficiency was defined and calculated in terms of gas reserves, gas-bearing areas and accumulation periods.
利用天然气地质储量、含气面积和成藏时期,定义和求取了气藏天然气聚集效率。
3)  agglomerative efficiency
附聚效率
1.
In the electrolyze and decompose process of sodium aluminate solution with ion membrane,some key influence factors on agglomerative efficiency were researched.
在铝酸钠溶液离子膜电解种分的过程中,考察一些主要因素对其附聚效率的影响。
4)  aggregation efficiency
凝聚效率
1.
With the help of the analysis and of an elec trical aggregation efficiency equation deduced from reasonable hypotheses,the in fluence of three main factors in electrical aggregation,namely the urrent intens ity,operation time and the organic compound concentration in the wastewater,on t he aggregation efficiency has been discussed.
根据理论分析和合理假设推导出的电凝聚效率公式,描述了电凝聚过程中三个主要影响因素──电流强度、通电时间、废水中有机物浓度对电凝聚效率的影响。
5)  polymerization efficiency
聚合效率
1.
A BP neural network and a RBF neural network models are developed to predict the polymerization efficiency for PDPhSM matrix nanocomposite thin film respectively.
在分析实验数据的基础上确定了实验样本集,分别采用BP神经网络和RBF神经网络对PDPhSM基纳米复合薄膜的制备工艺与聚合效率之间的关系进行建模,并预测其聚合效率。
2.
we use RBF neural networks to construct a model of laser-ablation conditions and polymerization efficiency,and then use this model to establish the nonlinear relationship between technology parameters(laser fluence,ambient pressure,distance between target and substrate,deposition time) and polymerization efficiency.
为有效缩短脉冲激光烧蚀制备有机硅聚合物聚二苯基硅亚甲基硅烷(Polydiphenylsilylenemethyle,PDPhSM)基纳米复合薄膜工艺中繁琐的试验过程,本文将用径向基函数(Radial BasisFunction,RBF)人工神经网络对聚合物PDPhSM基纳米复合薄膜的制备工艺与聚合效率之间的关系进行建模;讨论了激光能量密度、环境压强、靶衬距离、沉积时间和聚合效率之间的关系。
6)  efficiency of focusing light
聚光效率
补充资料:聚结
1.聚合结集。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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