这些结果将对该三元溶液在工业吸收式制冷机以及热泵上的应用提供了依据。
The present results would benefit the industrial absorption refrigerator and absorption pump applications of the ternary solution.
本文采用一种新颖的多功能传感器，在线敏感三元溶液的超声波传输速度、电导率以及温度三个参量。
In this paper, a novel multifunctional sensor was adopted to online sense temperature, ultrasonic velocity and electrical conductivity of ternary solution.
在合成了几种带不同组成比吖啶基三元共聚物的基础上，对其溶液和薄膜的吸收与荧光发光光谱进行了表征。
Based on the synthesis of different terpolymers with acridine group, the absorption and fluorescence spectra of these compounds in solution and membrane were recorded respectively.
实验研究了大庆工业品HPAM聚合物三元共混体溶液的黏性和弹性。
The solution viscosity and elasticity are investigated for tri-component blends of Daqing's commercial HPAM polymers.
介绍应用几何溶液模型法预测三元系表面张力的新方法。
A new method for predicting the surface tension of ternary from biliary ones by using geometric solution model is given.
为了开发低共熔组成酮麝香、二甲苯麝香混合物溶液结晶新过程，计算得到酮麝香、二甲苯麝香、溶剂三元相图。
In order to develop a new solution crystallization process to separate the eutectics of musk ketone and musk xylene, the ternary phase diagrams of musk ketone, musk xylene and solvent were calculated.
随着钙离子浓度的增加，三元共聚物粘度下降不明显，而HPAM溶液粘度下降了89%。
However, the viscosity of ternary copolymer solution has not been obviously reduced with the increase of calcium ion concentration, while the viscosity of HPAM solution has been reduced by 89%.
评价了几种三元系几何模型，利用统一溶液模型推导出新的预测活度相互作用系数公式。
The activity interaction parameters between alloying elements and P in liquidFe at 1873K were obtained by the thermodynamic calculation.
评价了几种三元系几何模型，利用统一溶液模型推导出新的预测活度相互作用系数公式。
The activity interaction parameters between alloying elements and P in liquidFe at 1873K were obtained by the thermodynamic calculation.
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