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   温度演化过程 的翻译结果: 查询用时:0.502秒
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温度演化过程
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  temperature evolution
     Besides,the coupling effects of thermal expansion or contraction of soil on temperature evolution are also discussed.
     此外,还分析了土体热膨胀或收缩对温度演化过程的耦合影响。
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  相似匹配句对
     (6)evolutional process;
     (6)演化过程 ;
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     Evolvement Model of Software Process
     演化软件过程模型
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     T is temperature, ℃.
     T为温度,℃。
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     Experimental Research on Defect Temperature Field in Process of Defect Evolution
     缺陷演化过程中缺陷温度场的实验研究
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     The Temperature Difference in the Heat Transfer
     传热过程温度
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  temperature evolution
The temperature evolution of our model is compared with the result obtained form the heat conduction model taking the absorptivity as constant.
      
The critical condition is derived for the case when the temperature evolution in the region of percolation of liquid is largely defined by convective transfer.
      
Transition from the ferromagnetic state to the spin glass state in ordered Fe0.75-xAl0.25+x alloys and the temperature evolution
      
The results of the investigation of the temperature evolution of the scattering law S(Q, ω) of superfluid helium measured in the wave-vector range 0.3 >amp;lt; Q >amp;lt; 0.8 ?-1 and helium temperatures from 1.0 to 2.2 K are reported.
      
The temperature evolution of the angular dependence of the second harmonic intensity in iron-doped barium titanate is measured in the region of the transition from the cubic to the tetragonal phase.
      
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Based on a fully coupled thermal-hydraulic-mechanical formulation of saturated porous media,the analytical solutions of a one-dimensional thermal elastic consolidation model under non-isothermal condition are deduced by finite Fourier transform and its inverse transform.The analytical expressions of temperature,pore pressure and displacement are derived.For convenience of analyses,the concepts of thermal consolidation time factor and coefficient of thermal consolidation are defined.The thermal consolidation...

Based on a fully coupled thermal-hydraulic-mechanical formulation of saturated porous media,the analytical solutions of a one-dimensional thermal elastic consolidation model under non-isothermal condition are deduced by finite Fourier transform and its inverse transform.The analytical expressions of temperature,pore pressure and displacement are derived.For convenience of analyses,the concepts of thermal consolidation time factor and coefficient of thermal consolidation are defined.The thermal consolidation characteristics and its mechanism are studied.The effects of ratio of thermal consolidation coefficient to thermal diffusivity,and various combinations of external load and temperature are analyzed.Besides,the coupling effects of thermal expansion or contraction of soil on temperature evolution are also discussed.

基于饱和多孔介质热-水-力完全耦合的控制方程,通过有限Fourier变换及其逆变换,对一维热弹性固结模型进行解析求解,给出土柱内部温度、孔压和位移演化过程的解析表达式。在定义了热固结时间因素和热固结系数等概念的基础上,对非等温条件下饱和土体的热固结特性及其机理进行研究,讨论了土的热固结系数与热扩散系数之比、不同的外力荷载和温度荷载组合等因素对热体积膨胀效应与热固结效应两者耦合作用的影响。此外,还分析了土体热膨胀或收缩对温度演化过程的耦合影响。

Microstructure characteristics of La_ 1.48 Nd_ 0.4 Sr_ 0.12 CuO_ 4 and La_ 1.88 Sr_ 0.12 CuO_ 4 polycrystalline samples are studied using high resolution electron microscopy (HREM)at room temperature. Under the HREM observation, the layered La_ 2 O_ 2 and CuO_ 2 sheets interlace along caxis. No signsof spatial modulation induced by Nd dopingcan be observed inLa_ 1.48 Nd_ 0.4 Sr_ 0.12 CuO_ 4 , compared with La_ 1.88 Sr_ 0.12 CuO_ 4 . Temperature dependence of X-ray diffraction (XRD)pattern shows a structural...

Microstructure characteristics of La_ 1.48 Nd_ 0.4 Sr_ 0.12 CuO_ 4 and La_ 1.88 Sr_ 0.12 CuO_ 4 polycrystalline samples are studied using high resolution electron microscopy (HREM)at room temperature. Under the HREM observation, the layered La_ 2 O_ 2 and CuO_ 2 sheets interlace along caxis. No signsof spatial modulation induced by Nd dopingcan be observed inLa_ 1.48 Nd_ 0.4 Sr_ 0.12 CuO_ 4 , compared with La_ 1.88 Sr_ 0.12 CuO_ 4 . Temperature dependence of X-ray diffraction (XRD)pattern shows a structural phase transitionfrom low-temperature orthorhombic (LTO) low-temperature tetragonal (LTT) around 60 K in La_1.48 Nd_ 0.4 Sr_0.12 CuO_4 .

用高分辨电镜观察了室温下La1.48Nd0.4Sr0.12CuO4和La1.88Sr0.12CuO4样品的原子结构像,观察到了其中的La2O2层和CuO2层沿c轴方向交叉堆砌.这两个样品的微结构非常相似,说明Nd掺杂没有造成周期性的调制结构.用变温X射线研究了La1.48Nd0.4Sr0.12CuO4样品中低温正交(LTO)到低温四方(LTT)结构相变,给出了晶格常数随温度的演化过程.

 
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