The higher the heat flux, the pressure and the pressure will rise faster, and the thermal stratification will develop faster.

1、

This paper indicates the research into the fundamental fluid mechanics that leads to thermal stratification in a room containing sources of heat.

分析了含有热源的室内自然置换通风过程中热力分层的流动机理，探索了自然置换通风室内气流分层的理论模型。

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2、

The unstable stratification in the lower troposphere was a necessary thermal stratification condition for convective precipitation;

对流层下部深厚不稳定层结是对流性降水所必须的热力层结条件；

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3、

Including the shape, direction, building envelope insulation and thermal stratification of the Hall for qualitative analysis.

主要从体型、朝向、围护结构保温隔热以及大厅热分层等方面进行了定性分析。

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4、

Advance of Studying the Laws of Indoor Air Flow's Thermal Stratification Phenomena in Air-conditioned Buildings

空调建筑室内气流温度分层现象规律的研究进展

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5、

Simulation on thermal stratification of the river-like deep reservoir

河道型深水库的温度分层模拟

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6、

The influence of the thermal stratification and wind velocity on the wind profile in the earth's surface layer

温度层结与风速对贴地层风速廓线的影响

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7、

Analysis of Thermal Stratification for Pressurizer Surge Line

压水堆稳压器波动管热分层的分析研究

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8、

On the effects of thermal stratification on the turbulent exchange in the diabatic surface layer

关于大气层结对于近地面层中湍流交换的影响问题

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9、

Effect of the return flow locations on the thermal stratification in liquid oxygen tank of rocket

回流口位置对液体火箭液氧贮箱热分层的影响

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10、

The Analysis of Influencing Factor on Performance of Thermal Stratification Tank with Porous Diffuser

多孔布水器蓄冷水槽性能影响因素分析

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11、

Experimental study on the influence of thermal stratification on BLEVE

热分层对蒸汽爆炸过程影响的实验研究

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12、

Experimental Investigation of Thermal Stratification Affected by Stack Ventilation Building Envelope

热压自然通风房间围护结构对热分层影响的试验研究

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13、

Numerical simulation for thermal stratification of liquid hydrogen

液氢热分层的数值模拟

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14、

While through the thickness ( Z direction), at 450 ℃ it reaches the positive maximum free thermal strain of 4.61%, 31 times bigger than that in X-Y direction;

而在厚度方向（Z向）450℃达到4.61%的最大正自由热应变，是X&Y向的31倍；

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15、

Many dislocations, intragranular particles, and some thermal strain streaks were found inside the microstructure of the 3 investigated composites, which improve the mechanical properties of the materials.

3种材料微观结构中均发现了大量的位错、内晶型纳米粒子，和一些应力条纹，它们对于材料的强韧化作出贡献。

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16、

A model to analyze the effect of thermal strain in the infrared optical films was introduced. When apply it to specific case, a necessary improvement has made on it.

引入了一个分析红外光学薄膜热应变效应的模型，并针对具体情况，对模型作了必要的改进。

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17、

The first kind of model is non-complete coupling one and this model includes fluid coupling seepage model equation, thermal strain model equation, and rock coupling deformation equation.

第一类模型为非完全耦合模型，包括流体耦合渗流方程、热应变方程和岩石耦合变形方程；

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18、

In X-Y direction a expansive flat is occurred between 220 ℃ and 580 ℃, the maximum free thermal strain is 0.15%;

在面内（X&Y向），在220～500℃是一个膨胀平台，最大自由热应变是0.15%；

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19、

At 1 000 ℃ the negative maximum free thermal strain is-2.34%, 13 times bigger than that in X-Y direction.

1000℃最大自由热应变是-2.34%，是X&Y向的13倍。

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20、

Thermal strain and strain concentration factor can also be reduced significantly by changing the single curvature relieve slot into three curvature relieve slot.

对汽封弹性槽计算的结果表明：将原来设计的单圆弧弹性槽改为三圆弧弹性槽，热应变及热应变集中系数均可明显下降。

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