本文由基本的守恒方程出发，获得了能描述回热器存在声直流时的非线性动力学模型及由此而导致的非线性时均热力学效应。
Based on basic conservation equations, the paper derived the thermoacoustic streaming model of a cyclic regenerator and discussed some nonlinear, time-averaged thermodynamic effects.
该主题涉及常见的物理问题：热力学、量子效应和容错。
The topics covered are the usual physics stuff: thermodynamics, quantum effects, and fault-tolerance.
成矿流体的研究主要包括流体的广域穿层效应，地幔流体成矿作用，成矿流体热力学、动力学等几个方面。
The research of ore-forming fluid includes large-scale translayer effect, mantle metallogenetic process, fluid thermodynamics and dynamics of fluid.
最后讨论了泥炭吸附汞的热力学基本原理及由此所产生的汞对沼泽湿地环境和生物的效应。
The sorption Enthalpy, Free Energy and Entropy of mercury adsorbed on two kinds peats were calculated by using the thermodynamics functions and equations.
应用不可逆过程热力学研究木材干燥过程热质迁移及其耦合效应。
The heat and mass transfer and coupling effect in wood drying were studied by applying the thermodynamics of irreversible processes.
本文用热力学第一定律给出电容器在工作时产生的热效应。
The heating effect of capacitors in operation is given based on the first law of thermodynamics.
相变对矿物和岩石的物理性质有重要影响，会导致电导率、弹性波速、热力学、流变学参数的异常和产生相变磁效应等。
It exerts an important influence on mineral physical properties, such as resulting in the abnormalities of conductivity, elastic wave velocity, thermodynamics and magnetic effect and so on.
本文分别从自补偿效应，马德隆能以及热力学等角度介绍了氧化锌薄膜的p型掺杂的理论研究。
In this paper, theories of ZnO film p-type doping are introduced in several aspects, including self-compensation effect, madelung energy, and thermodynamics.
根据化学热力学等温式，导出了一种计算热效应的方法，其计算结果令人满意。
According to the chemical thermodynamics isothermal formula, this paper leads to a new way of counting the heating effect. Its counting result is very satisfying.
本项目还在不可逆热力学研究大量弥散缺陷的统计学效应等方面取得了重要成果。
In addition, by application of irreversible thermodynamics, some interesting results are obtained in researches of materials with dispersed flaws in a statistical sense.
根据气动热力学、传热传质学、N - S方程，分析了战略导弹再入时端头帽烧蚀与碳颗粒的旋转效应，研究结果表明碳颗粒的旋转有利于防热。
The effect on circumgyration of carbon grain and the ablation of nose-tip during re-entry of stratagem missile is analyzed according to thermal transfer theory, thermo-aerodynamics and N-S equation.
根据气动热力学、传热传质学、N - S方程，分析了战略导弹再入时端头帽烧蚀与碳颗粒的旋转效应，研究结果表明碳颗粒的旋转有利于防热。
The effect on circumgyration of carbon grain and the ablation of nose-tip during re-entry of stratagem missile is analyzed according to thermal transfer theory, thermo-aerodynamics and N-S equation.
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