natural enclosure
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[网络] 天然围栏
双语例句
- Influence of different medium parameters on natural convection in a square enclosure filled porous medium
介质参数对多孔介质腔内自然对流换热的影响 - Numerical investigation on natural convection in an enclosure with discrete heat sources
矩形空腔内多个离散热源自然对流的数值分析 - 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 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。 - Using numerical method, natural convection in enclosure combined with conduction ana radiation is analyzed in this paper.
本文用数值方法分析了封闭空间自然对流与导热、辐射的复合换热。 - 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。 - A Numerical Study of the Natural Convection in a Rectangular Enclosure with Various Aspect Ratios and Inclination Angles
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 - In the case of two point sources of plumes with different strengths on the floor in a natural displacement ventilated enclosure, the thermal stratification is developed into three layers with different air densities.
当自然置换通风的室内（封闭空间）地面上有两个不同强度羽状流浮力源时，热力分层发展成三个不同空气密度的分层。 - Results are presented for Rayleigh number in the range of 10 4 to 10 6.The computation result and predictor test show that this procedure can fully reflect conjugate conduction with natural convection in enclosure.
具体分析了瑞利数变化范围为104到106时建筑围护结构传热对室内自然对流的影响.数值预测结果表明：该方法能够真实反映室内自然对流问题。 - Specially it is not obvious under lower Rayleigh number effect, and under high Ra number, the natural convection heat transfer in the enclosure is stronger.
特别的，在低瑞利数下增强效果不明显；在高瑞利数下，腔体内自然对流换热增强较显著。