坐标轴包括广义同系温度，标量化动能以及净膜厚度。
The axes are comprised of a generalized homologous temperature, the normalized kinetic energy flux, and the net film thickness.
能量均分定理是指粒子的动能——即粒子移动具有的能量——只由其温度决定，而非其大小或质量。
The equipartition theorem states that a particles' kinetic energy-the energy it possesses due to motion-is determined only by its temperature, not its size or mass.
有部分温度的升高，是由于让这些能量阻止或冻结的地区重新流动能量的“道技巧”及自由能量而发生的。
Some of the increasing temperatures are occurring due to "Tao Technology" and free energy systems that are allowing those regions that are stuck or frozen in energy flow to begin to move again.
涡流比变化时，燃烧室内的湍动能、流场结构及温度分布有很大的差异。
The turbulent energy, the fluid field structure and the temperature distribution show significant differences with the changes of air swirl ratios.
PEO基聚合物电解质中离子的运动能力与链的结构、离子浓度、温度、增塑剂等因素有关。
The ionic conductivity of PEO-based electrolyte is related to the structure of polymer chain, concentration of ion temperature and plasticizer.
在高转速情况下，缸内气流的平均温度平均速度以及湍流动能都要高于在低转速的工况；
Under high rotate speed, the average temperature, pressure, speed and turbulent kinetic energy were higher than those under low rotate speed.
流体相的紊动能有一定的差别，而且颗粒拟温度也有较大差别。
Finally, by comparing the two - phase flow of power law- solid and liquid- solid, it is found that the kinetic energy and pseudothermal temperature have certain difference.
其中IVR过程与溶剂性质基本无关，由于受激发态富余振动能量大小的影响，在实验温度范围内随温度降低其时间常数呈线性增加。
The difference of the average vibrational energy of solute molecules in the ground state at different temperature is a possible reason that induces this IVR time constants temperature dependence.
通过对团簇的温度、势能、动能等物理量随总能量变化的曲线分析，阐明了负热容的微观机理。
To understand the micro-mechanism of the negative heat capacities, the curves of the temperature, the potential energy and the kinetic energy varying with the total energy are analyzed.
分析已有实验数据表明：在温度场存在的气粒两相流中，两相流场的湍流强度和湍动能将会增加而横向速度将会减小。
The results showed that the turbulence intensity and turbulent energy of the two-phase flow increased while the transverse velocity decreased in the presence of the temperature difference.
因为温度相同，那么根据动理论，粒子的平均动能也相同。
Since the temperature is the same, so, according to the theory, is the average kinetic energy per particle.
体核温度过高会对肌肉运动能力造成损害，这与中枢疲劳有关。
High core temperature has been shown to impair the ability to maintain muscle activation, and this impairment is associated with central fatigue.
体核温度过高会对肌肉运动能力造成损害，这与中枢疲劳有关。
High core temperature has been shown to impair the ability to maintain muscle activation, and this impairment is associated with central fatigue.
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