热松弛时间的英文

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"热松弛时间"怎么读用"热松弛时间"造句

英文翻译手机版

thermal-relaxation time

"松弛"英文翻译 limp; flabby; slack; loose
"时间"英文翻译 time; hour
"松弛时间" 英文翻译 : free slack; nature time; relaxation time; relaxationtime; time of relaxation
"弹性松弛时间" 英文翻译 : elastic relaxation time; elaxtic relaxation time
"德拜松弛时间" 英文翻译 : debye relaxation time
"极大松弛时间" 英文翻译 : maximum relaxation time
"介电松弛时间" 英文翻译 : dielectric relaxation time
"离散松弛时间" 英文翻译 : discrete relaxation time
"临界松弛时间" 英文翻译 : critical relaxation time
"松弛时间分布" 英文翻译 : distribution of relaxation times
"松弛时间近似" 英文翻译 : relaxation time approximation
"松弛时间约束" 英文翻译 : relaxed time constraints
"特征松弛时间" 英文翻译 : characteristic relaxation time
"旋间松弛时间" 英文翻译 : spin-spin relaxation time
"应力松弛时间" 英文翻译 : stress relaxation time
"松弛时间；滞后时间" 英文翻译 : relaxation time
"松弛时间；自然时间" 英文翻译 : nature time (=relaxation itme)
"热松弛" 英文翻译 : thermal relaxation
"麦克斯韦松弛时间" 英文翻译 : maxwell relaxation time
"旋转格子松弛时间" 英文翻译 : spin-lattice relaxation time
"表观麦克斯韦松弛时间" 英文翻译 : apparent maxwell relaxation time
"跟腱反射松弛时间测定" 英文翻译 : achilles reflex time
"事件松弛时间；节点迟缓" 英文翻译 : event slack
"导热松弛池数" 英文翻译 : heat conduction relaxation function
"导热松弛函数" 英文翻译 : heat conduction relaxation function

例句与用法

By considering the influence of heat relaxation time and heat relaxation length , fourier law was modified to fit the drastically changing of temperature in micro time and space scale , especially the time and space microscale effects were introducer simultaneity . and relevant conduction differential equations were established through combing the energy conversation law
考虑到热松弛时间和热松弛长度的影响，对在微小时间和空间尺度内温度剧烈变化的热传导问题给出了同时考虑时间和空间微尺度效应的修正的fourier定律，结合能量守恒定律建立了相应的热传导微分方程。
As the time microscale factor in fast transient high - strength heating or cooling can not been ignored , heat relaxation time is introduced . based on hyperbolic heat conduction equation and kinetic equation added inertia , theoretical analysis and study of stress diffusion and transformation in heat impact process were developed
考虑到快速高强度加热或冷却带来的时间微尺度因素，引进热松弛时间，以双曲线型热传导方程和考虑惯性力的运动方程为基础，对热冲击过程的应力传播与变化规律进行了理论上的分析和研究。