natural enclosure

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[网络] 天然围栏

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双语例句

• Natural Smoke Filling in Enclosure with Leakage
  泄漏条件下室内火灾烟气的自然充填过程
• In order to improve the application of natural ventilation in modern buildings, research and explore the influence of the natural ventilation to the energy saving of buildings, the natural displacement ventilation of an enclosure with two typical buoyancy sources is studied.
  为了有效地提高自然通风在现代建筑中的使用，研究和探讨自然通风对建筑物节能的影响，对室内自然置换通风两种典型浮力源进行了探讨。
• Natural convection in an inclined cube enclosure with multiple internal isolated plates
  倾斜封闭立方腔内多块孤立平板自然对流换热的实验研究
• For the natural convection in enclosure under permanent magnetic gradient field, the way to generate different magnetic accelerations by different magnetic field arrangements is developed.
  针对永磁梯度磁场作用下封闭腔内的自然对流换热，提出通过不同磁场布置产生不同磁加速度的方法。
• The loin is taut and lean, narrower than the rib cage, and with a slight tuck-up. A Numerical Study of the Natural Convection in a Rectangular Enclosure with Various Aspect Ratios and Inclination Angles
  腰部绷紧并简洁保持一定的倾斜，比胸腔要略窄，保持略微的收拢。具有大长高比和倾斜角的封闭腔体中的自然对流的数值研究
• The numerical results of the natural convection in an enclosure square cavity in this model agree well with the commonly accepted numerical solutions.
  对封闭方腔内自然对流进行数值分析的结果表明，该模型可以克服原模型的可压缩效应，并在一定程度上提高了计算结果的数值精度。
• Calculations of the Natural Convection in an Enclosure with the Primitive Variables Numerical Method
  原始变量法计算封闭腔内自然对流
• A non dimensional model is formulated to describe natural convection in an enclosure filled with unsaturated porous media, where inertia and viscous forces are considered.
  建立了考虑介质内部流体运动惯性力及粘性力的封闭腔内多孔介质非饱和自然对流行为的二维无量纲模型。
• Numerical Study on Oscillatory Natural Convection in Enclosure with Vertical Isothermal Plate
  方腔内竖直板振荡的自然对流换热数值研究
• The natural convection in enclosure under ideal magnetic field is analyzed, the results support that the micro-gravity environment, magnetically induced conduction and magnetically induced Benard convection can be achieved by using a certain magnetic acceleration.
  对理想磁场作用下封闭腔内的自然对流换热进行了分析，指出在一定磁加速度大小和方向下，可实现微重力环境，磁致纯导热过程，磁致Benard对流以及其它自然对流流动形态的改变。