relaxation time造句

• The thermal relaxation time of small drops and particles in air is quite short .
  空气中小水滴和粒子的热张弛时间是非常短的。
• The relaxation of the jet to its final diameter has been used to provide a direct estimate of the fluid relaxation time .
  射流到其最终直径的松弛过程，被用来对流体的松弛时间提供直接的估算。
• Discussion on nmr relaxation time and magnetic field ' s regularity
  核磁共振弛豫时间和磁场均匀性的研究
• Don t make meditation a kind of work ; it s just a relaxation time
  别把打坐当成工作，打坐其实就是一种休息。
• Distribution of relaxation times
  松弛时间的分布
• Longitudinal relaxation time , t
  纵向弛豫时间
• Transverse relaxation time , t
  横向弛豫时间
• Dielectric relaxation time
  介电弛豫时间
• Longitudinal relaxation time
  驰豫时间
• Relaxation time tensor
  弛豫时间张量
• Electromagneto - thermoelastic waves with two relaxation times in a perfectly conducting medium
  理想导体中具有两个松弛时间的电磁热弹性波
• Management services - guide to determination of exposure limits , recovery times and relaxation times in work measurement
  管理服务.第5部分:工作度量中考验极限恢复时间和放松时间测定指南
• We showed that the methyl peak is not suitable for quantitative analysis because it often has long relaxation time
  本文对药物核磁共振定量分析的参数作了较为详尽的研究，提出了选择定量特征峰的新标准。
• Pulmonary artery systolic pressure quantitatively evaluated by quantitative tissue velocity imaging acquiring right ventricular myocardium isovolumic relaxation time
  定量组织速度成像测定右心室心肌等容舒张时间定量估测肺动脉收缩压
• It is found that the current amplification coefficient strongly depends on the spin polarization of the electrons injected from the emitter to the base , the spin relaxation time and the width of the base
  自旋晶体管中的电流放大系数主要取决于注入基区的自旋极化电子的极化程度，基区中自旋的驰豫时间及基区的宽度。
• This paper gives the general kinetics equation as well as the critical shear stress value ( or the critical press gradient value ) when the chain structure breaks down , and the method to get the structure relaxation time in the " structure capture particle " process
  给出了电流变响应过程的一般动力学控制方程以及链崩溃时临界的剪切应力值（压力梯度值） ，及俘获粒子过程中有关结构弛豫时间的求法。
• The stress relaxation times of hay are analyzed at different initial densities , and which are compared with the experiment results of the stress relaxation regulation of hay compressed in high density
  摘要分析了牧草在不同初始密度下的应力松弛时间，针对牧草在高密度压捆过程中应力松弛规律，提出了根据牧草第1应力松弛时间确定高密度压捆机压缩频率，为合理选择高密度压捆机的压缩频率提供了一种新方法。
• By means of the calorimetric experimental results and the temperature dependence of heat capacity differences , four kinds of temperature dependences of configurational entropy , dielectric relaxation index and cooperatively rearranging region are studied , on the basis of configurational entropy theory on cooperatively rearranging region in disordered amorphous materials by the methods of the relationship between configurational entropy and heat capacity difference , and the equation of relaxation time with activated energy barriers
  摘要基于无序非晶材料“关联重排区域”的构型熵理论，运用构型熵与热容量差的关系式、弛豫时间与活化势垒的基本公式，及聚合物量热学的实验结果和热容量差与温度的基本关系，研究了4种情况下构型熵、介电弛豫指数和关联重排区域大小的温度变化关系。
• 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。
• Numerical stability , the other issue of the lattice boltzmann method , is discussed in chapter 5 . corresponding to the uniform and shear background flow , the stability of d2q7 d2q9 and d3ql5 model is analyzed through the von neumann linear stability theory , both the conclusion about the mass distribution parameters , the wave number , the relaxation time and the uniform velocity , and the linear stability criterion n r0 . 58 are instructive to numerical simulation of flow
  第五章考虑了数值方法另外一个方面的问题，在均匀流和剪切流两种背景流场下，运用vonneumann线性分析法，针对d2q7 、 d2q9及d3q15格子模型，分析了质量分布参数、波数、松弛时间和平均流速等决定模型稳定性的主要参数对模型稳定性的影响，得到了对流场数值计算具有指导意义的一般性结论与线性稳定性标准n r _ e ~ ( 0 . 58 ) 。