1) near-interfacial concentration field
近界面浓度场
2) concentration near the interface
近界面浓度
1.
A correlation of the concentration near the interface to the concentrati.
为了研究液液传质过程的界面现象及传质特征,采用实时激光全息干涉技术,根据不同初始浓度时乙醇通过油水界面传质过程的全息干涉图,得到了传质过程水相侧的浓度分布,据此求出了近界面浓度和基于浓度的传质系数,并关联了近界面浓度与主体相溶质浓度的关系。
2.
The concentration evolution with surfactant concentration near the interface on the aqueous side were obtained according to the holographic diagrams of mass transfer of solutes through the interface between oil and water at different surfactants concentrations,furthermore,a correlation of the concentration near the interface.
针对液-液传质过程,建立了实时激光全息干涉及传质模拟系统;根据不同表面活性剂浓度时,溶质通过油水界面传质的全息干涉图,得到了水相侧近界面浓度随表面活性剂浓度变化的关系曲线,建立了水相侧近界面浓度与油相侧近界面浓度和表面活性剂浓度的关联方程,并对模型参数进行了拟合。
3) interfacial concentration
界面浓度
1.
The computational results show that the interfacial concentration of absorbed component on liquid side is strongly affected by a B.
界面浓度是与Yo和液相主体浓度密切相关的。
4) interfacial area concentration
界面浓度
1.
Based on the experimental data of high-speed camera system, several formulations for local interfacial area concentration measurement using a double-sensor conductive probe are validated and evaluated.
应用高速数字摄像系统,首先对双头电导探针测量泡状流局部界面浓度的几种模型进行了标定和评价。
2.
Interfacial forces are calculated based on interfacial area concentration and average Sauter diameter.
在双流体模型中引入界面浓度输运方程,利用界面浓度和气泡平均Sauter直径模化各相间作用力。
3.
An investigation on interfacial area concentration in air water two phase flow in a horizontal tube was conducted by using a double sensor resistivity probe.
利用双头电导探针测量技术，研究了水平管内空气－水两相流的界面浓度，并得到了气液两相流的界面特性参数（如气泡速度、气泡尺寸和界面浓度）及其随气液两相流量的变化规律。
5) concentration above the ground
近地面浓度
6) concentration profile near interface
界面浓度分布
补充资料：近场
见声场。
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