Experimental Study on Effect of Axial Heat Conduction in the Wall on Thermal Convection in Mini-tube

固壁轴向导热对微小管内 对流 换 热影响的实验研究

Combining the characteristic of the seasonal frozen subgrade and comprehensively considering the distribution condition of the subgrade temperature field under the action of atmospheric temperature thermal convection thermal radiation and heat conduction the temperature field of subgrade is calculated and analyzed .

论文结合季节性冻土路基的特点，综合考虑了大气温度、 热 对流、热辐射、热传导综合作用下的路基温度场分布情况，对路基温度场进行了计算分析；

Numerical Simulation of Thermal Convection in Triangular Enclosure Using Lattice Boltzmann Method

基于格子Boltzmann方法的封闭三角 腔 自然 对流的数值模拟

Nonlinear free thermal convection in a spherical shell : a variable viscosity model

球层中的非线性自由 热 对流&变粘度模型

A experimental investigation on the stability of thermal convection in a sloping porous Medium under lateral heating is reported .

本文就含水的倾斜多孔介质 层在侧向加热 条件 下 流体 热 对流稳定性问题进行试验研究。

However the testing of fiber material has certain condition namely need to avoid thermal convection and mass transfer phenomenon .

但对纤维材料的测试有一定的条件限制，即不能引起材料中 热 对流和传质现象的出现。

Heat conduction and thermal convection of the fluid through the porous rock are considered in calculating temperature .

计算温度时考虑了热传导以及流体在多孔介质中的 对流 换 热。

Thermal effect of laser produces thermal convection and thermal bubbles in the liquid synchronously .

激光在液体中产生热效应，将导致在液体中同时产生 热 对流和热气泡。

New method of investigating stability of thermal convection

热 对流稳定性机理研究新方法初探

In response to these the solving solutions are put forward including the influence of heat conduction and thermal convection on the temperature field surrounding the forging and measures to deal with the thermal radiation . 3 .

包括热传导、 热 对流对锻件周围环境温度场的影响及应对热辐射的方法和措施等。

In this paper the analysis of the convection heat transfer in greenhouse the heat storage layer of rock bed the passive solar heating with greenhouse the thermal convection diode and the passive solar composite wall with porous absorber has been conducted .

本文针对温室系统、温室内岩石蓄热床、温室式太阳能采暖房、 热 对流二极管和多孔介质太阳能组合墙传热，进行了系统地分析。

The dynamic and thermodynamic behavior of thermal convection system with two components

两组元 热 对流系统的动力学行为和热力学行为

Study shows that lithospheric thickening or thinning is closely related to the thermal activity or thermal convection beneath the lithosphere and is one of the important factors affecting the formation of the synchronous basin-mountain coupling system .

研究表明，岩石圈的增厚、减薄与岩石圈下部的热活动、 热 对流关系密切，是同期盆-山伸展耦合体系形成的重要影响因素之一。

This method simplified consists essentially in simplifying the valuation of the thermal conduction flux in xylem components and that of the thermal convection flux from heat source to surrounding air .

它简化了木质部组分传导热流和热源与环境空气的 对流热流的估算（从三对 热电偶减少到一对）。

The numerical scheme for unsteady thermal convection flow in a square cavity is developed in this paper .

该文从二维方腔流动的涡流 函数 方程出发，建立了方腔 内热 对流的非定常数值计算模型。

Controlling chaos in a thermal convection loop

热 对流环中混沌的控制技术

The results show that thermal convection coefficient of thermal exchanger and temperature change of cooling medium have similar effects on the convexity of solid-liquid interface and temperature gradient .

结果表明，热交换器的 对流换 热系数和工作流体的温度变化对晶体生长的固液界面突出率和温度梯度具有相似的影响效果；

Thermal convection and circulation system caused by temperature difference would be the main dynamic force driving the fluid flow .

温度差所产生的 热 对流循环系统是驱动流体流动的主要动力。

MCZ process can effectively suppress the thermal convection in silicon melt and thus change the oxygen content in the single crystals and improve their properties . Therefore it is possible that R.

MCZ法可以抑制硅熔体的 热 对流，因而改变了硅单晶的氧含量和其他性能。

Solar heat receiver is a kind of device that is applied to translate solar energy into thermal energy . Its thermal convection efficiency will directly affect the efficiency and economy of total system .

太阳能吸热器是一种将太阳能转化为热能的装置，其 热 转换效率会直接影响到整个太阳能系统的效率和经济性。

A novel method to reduce crucible erosion is by suppressing thermal convection currents which can be done by applying a magnetic field to the melt .

减少坩埚侵蚀的有效方法是对熔体施加磁场以抑制 热 对流的流动。

Basic characteristics of thermal convection diagenesis and its research significance

热 对流成岩作用的基本特征与研究意义

Measuring systems are affected by other properties such as thermal conductivity and thermal convection of the sample gas .

测量系统还受样品气体的导热性和 热 对流性之类其他性能的影响。

With the help of numerical simulation on temperature field we get the result that additional axial and radial temperature gradient can increase the stability of interface decrease thermal convection of fused mass and improve the quality of crystal growth .

通过对温场的数值模拟计算，发现外加轴向、径向温度梯度能够提高界面稳定性，减小熔体 热 对流， 有利提高晶体的生长质量。

Based on lots of the actual process gas flow calibration experiments and the analyses of the affection of thermal convection modulus a new compensating method is proposed .

通过大量实流标定实验，分析了煤气 导热系数对标定结果的影响，并提出了一种新的补偿方法。

Simulation on thermal convection of the mantle ;

地幔 热 对流模拟；

The authors also emphases the significance of thermal convection diagenesis research in the field of basin dynamics the reservoir of sandstone and migration of petroleum .

阐述了 热 对流成岩作用对盆地动力学、砂岩储层和油气运移研究的意义。

In the model heating conduction is considered in contact interval between wheel and rail and the thermal convection between free surface and the environment assuming that all the friction work completely transforms into friction heat and friction heat distributes averagely to the wheels and rails .

模型中考虑了车轮和钢轨接触间的热传导，以及自由表面与环境的 热 对流，假设摩擦功全部转化为摩擦热，摩擦热流平均分配给车轮和钢轨。

Experimental study of thermal convection during the water solidification process in cylinder cavity

圆柱腔体内水凝固过程 热 对流实验研究