表面张力是液体表面性质的重要参数，测量熔体表面张力有着重要的意义。
The surface tension is an important parameter of liquid surface characteristics, so the measurement of surface tension of molten liquid is important.
最后根据滴外形法的理论，借助最优化等数学工具，得到熔体表面、界面性质参数。
Finally, according to the theory of drop shape method, with the mathematical instrument of optimization, the parameters of melted liquid cuerve is obtained.
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.
陶瓷熔覆层的组织为柱状晶。其生长方向与基体表面垂直。
The microstructure of the ceramic layer is columnar and its growth direction is perpendicular to the substrate surface.
激光熔覆是利用激光辐射使熔覆材料和基体表面同时熔化并快速凝固、从而显著改善基体材料物理性能的一种新的工艺方法。
Laser cladding is a new surface strengthening technology which USES laser radiation to let coating materials and the surface of substrate melt simultaneous.
用料浆熔烧法在铌基体表面制备了。
The high-temperature oxidation-resistant MoSi2 coating on the Nb substrate was prepared by slurry firing.
用料浆熔烧法在铌基体表面制备了。
The high-temperature oxidation-resistant MoSi2 coating on the Nb substrate was prepared by slurry firing.
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