thermal anisotropy

Microscopic Numerical Simulation of Temperature-changed Martensitic Transformation based upon Thermal Elastic Theory of Anisotropy; Discussion of heat exchange plate micro-distortion characteristics of plate exchanger

基于各向异性热弹性理论的变温马氏体相变的细观数值模拟板式换热器换热板片微变形特性浅析

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Instabilities due to electron thermal anisotropy in a very high beta plasma

极高β等离子体中由电子温度各向异性引起的不稳定性

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This paper reviewed the structure, ion-substitution and low thermal expansion of the NZP family materials. And then it indicated the method to prepare NZP materials with the near-zero thermal expansion coefficient and low thermal expansion anisotropy.

本文概述了NZP材料的结构、离子取代、低膨胀机理和性质，并进一步指出了制备近零膨胀、低热膨胀各向异性NZP材料的方法。

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Effect of preparation condition on thermal expansion anisotropy for amorphous fe_ ( 78) b_ ( 13) si_9 alloy

制备条件对非晶态Fe（78）B（13）Si9合金的热膨胀各向异性的影响

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To treat the scattering collision in thermal energy region, anisotropy scatter and the effect of chemical bond between moleculaes are both considered.

本文在处理热能区的散射碰撞时，考虑了各向异性散射及分子间化学键的影响；

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But the low thermal conductivity, anisotropy and laminated structural lead to the high cutting force, tool wear seriously and bad machined surface quality when form milling the CFRP. This makes CFRP cannot be spread in the world.

但是，CFRP的导热性差、各向异性及层合结构等特点导致其在成形齿槽铣削的过程中容易出现铣削力过大、刀具磨损严重和加工质量难以保证等缺点，严重影响其推广应用。

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Investigation of thermal conductivity anisotropy of c/ al Composites

C／Al复合材料热导率各向异性研究

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Computer Simulation of Land Surface Thermal Anisotropy Based on Realistic Structure Model: A Review

基于真实结构的地表热辐射方向性计算机模拟研究进展

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By comparing the simulated results of coupled isotropic model and anisotropy model, it is shown that the numerical results of coupled anisotropy model can objectively describe the coupled thermo-hydro-mechanical effect of the argillite rock located in the underground rock laboratory with thermal load.

各向异性耦合模型与各向同性耦合模型的数值模拟对比研究结果表明：各向异性模型数值结果能更加客观地反映该地下岩石试验工程中黏土岩在受热状态下的热-水-力耦合效应；

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The interparticle interaction, thermal energy, anisotropy, and size distribution can all be responsible for the occurrence of non-Langevin behavior.

我们推测这个差异发生的原因可能与微粒间交互作用、热能量、各向异性及微粒磁矩分布有关。

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The thermal expansion anisotropy in crystal, larger temperature gradient and faster temperature reducing rate in crystal growth etc. are the main reason of cracking in Ce ∶ YAP crystals.

晶体的各向异性热膨胀系数，晶体生长过程中大的温度梯度以及快的降温速率等是Ce∶YAP晶体产生开裂的主要原因。

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