The interfacial energy of silicates, however, is only 10-8 times of that of alumina and, thus, the silicates have the precondition of homogenous nucleation in the steel.
而硅酸盐夹杂物的表面能只为氧化铝的10 ~(- 8)，具备在钢液中均质形核的条件。
Because of the surface tension effect and the interfacial energy of the oil drop, the oil thickness near the substrate edge is smaller than that of the center region of the sample.
研究表明，在液滴表面张力及界面能的共同作用下，硅油液滴一般呈现中间厚边缘薄的不均匀分布；
The thermodynamic approaches to predict particle morphology were summarized and the rule of minimum interfacial free energy change was discussed in detail.
总结了复合微粒形态的热力学预测方法，尤其对界面自由能量的变化最小原则进了评述。
Molecules are damped to pass interface by interfacial free energy, interfacial fr.
分子通过界面时需克服界面自由能，界面两侧的浓度不一致。
It is found that varying the scales, ratios and the intensity of interfacial couplings of the components, may modulate the structures of energy levels of copolymers.
研究发现可以通过改变均聚物的尺度、配比或界面耦合强度对共聚物能带结构加以调制。
The results show that the interfacial adhesion strength increased noticeably for composites of active aramid fiber but the fracture energy of the interface decreased.
实验结果证明，芳纶表面改性显著提高了其复合材料界面的粘结强度，相反却降低了其界面断裂能。
Debonding between steel and concrete is a common failure mode in composite structures, and it is indicated interfacial failure may be energy governed.
界面脱粘是钢-混凝土组合结构中的一种常见破坏方式，而一些研究结果表明钢-混凝土界面的脱粘可能是由能量控制的。
The interfacial fracture toughness is effectively evaluated based on the finite element results and the energy-based deflection criterion.
基于有限元结果和能量偏移准则，有效地评估了界面断裂韧性。
The braze and interfacial microstructures were characterized by optical microscopy, scanning electron microscopy, and energy dispersive spectroscopy.
在钎焊和界面微观结构的特点是光学显微镜，扫描电子显微镜和能谱。
The whole treatment process was connected with the interfacial free energy of polymer and water.
整个处理过程与聚合物和水之间的表面张力密切相关。
The effects of loading rate, interfacial adhesive energy, relaxation time of matrix material, average size of particles, and the particle-size dispersity on the energy dissipation are discussed.
在此基础上，计算了材料中的粘性耗散功和损伤耗散功，并讨论了加载速率、界面粘结能、基体材料的松弛时间、平均粒径和粒径分散度等对这两种耗散机制的影响。
The effects of loading rate, interfacial adhesive energy, relaxation time of matrix material, average size of particles, and the particle-size dispersity on the energy dissipation are discussed.
在此基础上，计算了材料中的粘性耗散功和损伤耗散功，并讨论了加载速率、界面粘结能、基体材料的松弛时间、平均粒径和粒径分散度等对这两种耗散机制的影响。
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