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。
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.
根据表面热力学理论和对比态原理,建立一个金属熔体表面张力+的计算公式,对五种碱金属熔体高温下表面张力进行了计算,结果与实验数据非常吻合。
On the basis of the surface thermodynamic theory and the law of corresponding states, the calculating formula is set up about surface tension of molten metallic substance.
非生命物质,由于热力学和形态动力学约束,得到的自然发生的性质是丰富多彩的:矿物的硬度,金属的延展性,以及液体表面的张力。
Emergent properties arising via thermodynamic and morphodynamic constraints are abundant in non-life: the hardness of minerals; the malleability of metals; the surface tension of liquids.
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