1) nuclear surface tension
核表面张力
2) surface tension
表面张力
1.
Influences of surface tension of acid solution and contact angle of rock on the cleanup efficiency of surfactant;
表面张力和接触角对酸液助排率的影响研究
2.
Calculation of ternary alloy surface tension with binary alloy segregation factors;
通过二元熔体的偏析因子计算三元合金的表面张力
3.
Liquid surface tension measuring device;
测量液体表面张力的装置
3) interfacial force
表面张力
1.
When the oilfield water was treated by pulsed electromagnetic field with different frequencies,the maximal change rates of electric conductivity,interfacial force and amount of scale build.
采用不同频率的脉冲电磁场处理油田水后,电导率、表面张力、结垢量等最大变化率分别为5。
2.
According to the theory which the transparent glass micro-sphere can be obtained after freezing liquid under the interfacial force,the sagging method was firstly used to fabricate ball lenses.
根据在表面张力的作用下液滴冷凝后得到透明玻璃微球的理论,首次使用槽沉法来制备球透镜试验结果表明:该光学玻璃和球透镜的折射率分别为1。
4) the surface tension
表面张力
1.
In analysing and description the surface tension on theory and soaked the horn to the influence impregnated metal effect.
从理论上分析了表面张力、浸润角对浸渍金属效果的影响,并论述了浸渍金属效果的诸多因素,如熔融金属温度、粘度、表面张力、对制品的浸润角及制品毛细孔直径等。
2.
This article is supposed to establish a relationai formula between the surface tension σ and the density C of the ethanol aqueous solution.
建立了乙醇水溶液的表面张力σ与浓度c的关系式 ,由此式求出(σc)T,再由吉布斯吸附公式计算各浓度的表面吸附量Γ。
5) surface tensions
表面张力
1.
On the basis of the theory of surface- thermodynamics and the theorem of corresponding states a general equation of surface tensions is derived by using thermodynamic analytical method.
本文基于表面热力学理论和对比态原理，建立了一个量子流体表面张力的普遍化方程。
2.
A method of measuring surface tensions by LD parallel beam was introduced in this paper.
利用半导体激光器、线阵CCD器件和单片机,采取以线性长度取代接触角的测量,来实现液体表面张力的直读、数字、智能测量,并对参数设计和误差分析进行讨论。
3.
Derived the fomula for calculating surface tensions and contact angle utilizing laserbeam reflection at cylindrical liquid menisci.
利用激光束在液体柱面弯月面上的反射推导了计算表面张力和接触角的公式，并用简单的实验装置测量了水的表面张力系数和接触角。
6) interfacial tension
表面张力
1.
According to the research of efficiency penetrant's synthesis,the calibration of the interfacial tension,penetrating power and pesticide effect,the effect of efficiency penetrating in the phoxim emulsifiable concentrate was studied.
探讨了高效渗透剂BJ-0 1B的合成 ,并从表面张力、渗透力及药效测定等方面对高效渗透剂在辛硫磷乳油中的作用进行了研
2.
If the physical knowledge about additional intensity of pressure and interfacial tension will be applied, it can be explained for interfacial tension of lung bubbles to play an important role in respiratory course.
运用附加压强和表面张力等物理知识,可以解释在呼吸过程中肺泡上表面张力所起的重要作用。