Heating makes the molecules of a material move faster , increasing the rate of evaporation 加热使物质中分子运动加快，从而加速蒸发率。
Heating makes the molecules of a material move faster , increasing the rate of evaporation 加热使物质的分子运动得更快，结果就加大了蒸发的速率。
Heating makes the molecules of a material move faster , increasing the rate of evaporation 加热使物质的分子运动得更快，结果就加大了蒸发的速率。
When insulating glass is incline installation , because of the molecule ' s upright moving route is shorten , the heat convection & conduction is increase in vertical direction 当中空玻璃倾斜时，由于上下方向的分子运动路径缩短，垂直于玻璃方向的对流热传导增加。
This paper refers to the definition of ideal gas and proves the equation of state from the view of kinetic theory , thermodynamics and statistical physics 摘要给出理想气体的严格定义，并从分子运动论、热力学和统计物理等方面给出理想气体状态方程不同的证明方法。
Inside of insulating glass installed upright , because of the gas molecule ' s upright moving route is longer than transverse moving route , the heat convection & conduction is less in vertical direction of glass 当中空玻璃倾斜时，由于上下方向的分子运动路径缩短，垂直于玻璃方向的对流热传导增加。
So , based on previous research achievement and the knowledge regarding molecular movement and calculus and numerical value analysis , practical calculating method is set up in this paper : 1 因此本文在已有研究成果的基础上，利用分子运动论、微积分、数值分析等相关知识，建立了实用的钢筋初始锈蚀时间的计算方法： 1
Take the gaseous conduction for granted , the fast transient high - strength conduction , which adopted the well - rounded gaseous conduction model and the gaseous molecular dynamics was analyzed theoretically 以气体热传导问题为例，利用成熟的气体导热模型，根据气体分子运动论，对快速瞬态高强度加热情况下的热传导问题进行了理论研究。
As an example of 3d program with high quality mesh , proper boundary & initial conditions and ingenious simulation strategy , numerical analysis of flow - fields in hylte nozzle and cavity of dfcl running on fuel system of ( nf3 + h2 + he ) / d2 and experimental stagnation parameters , has been performed using vibration - state - unbalance & rotation - state - balance model , and a detailed kinetic model including 111 one - way primary reactions expressing by finite rate equations between thirteen species . the coefficients of transportation used in the analysis are calculated by employing the formulas of molecular kinetics 新建立的三维程序在高质量网格、合理的初边值以及模拟方案基础上，采用振动非平衡?转动平衡模型和有限速率方程表达的111个单向基元反应的化学动力学模型，利用分子运动理论计算的输运系数和工程实验采用的滞止参数，对运转( nf _ 3 + h _ 2 + he ) d _ 2燃料体系的df激光器的hylte喷管和光腔进行了数值模拟分析。
