自由对流单元的侧向迁移，使盆地形成非对称性。
The lateral migration of the free thermal convection elements permits the asymmetric basin to be developed in the study area.
在一定的条件下，该密度差可导致流体产生自由对流。
Under certain conditions, the vertical density difference may induce free convection of the fluids.
无相变的对流换热分为自由对流及强迫对流二个方面。
Convection without phase change can be divided into free convection and forced convection.
自由对流的流体在运动过程中搬运了大量的矿物质和烃类。
The fluids carry a lot of dissolved solids and hydrocarbon in free convection.
自由对流是一种由于流体的密度变化而产生的流体的运动。
Free convection has been defined as a flow driven by density variations.
假设自由对流高度为云底高度，考虑模式模拟次网格尺度降雨的云下拖曳清除作用。
Supposing that the level of free convection is equal to the cloud bottom level, we considered the pulling effects of simulated sub-grid scale precipitation, which is under clouds.
实验结果表明，自然循环工况下上升加热段内工质的物性变化及由浮升力引起的自由流动对对流传热特性有重要影响。
The experimental results indicate that free convection caused by the buoyancy in the heated tube with natural circulation has great influence on the heat transfer characteristics.
氢氧自由基(OH)在对流层大气化学中起着重要的作用，因此，对其浓度的测量具有重要意义。
Hydroxyl radical (OH) plays a key role in the tropospheric chemistry, so the measurement of its concentration is very important.
大气氢氧自由基(OH)是对流层大气中的主要氧化剂之一，在大气化学过程中占有重要地位。
Hydroxyl radical (OH) is one of the most important species in the atmosphere as a major oxidant.
默认值代表的是自由空气的对流系数。
木质面板背后的空间创建了对流气流，让表皮能通过通风口自由呼吸，通风口雕刻在雪松面板座位和接缝上。
The space behind the wood panels created convection currents that allow the skin to breathe through the ventilation pores that were carved into seats and seams of the cedar panels.
STUF型单节流阀允许对流量 进行单方向的调节，而在相反 方向上油液可自由通过阀体。
STUF ow control valves allow ow adjustment in one direction and free passage in the opposite one.
分析了自由液面在流场绕过圆柱时的变化，并分析了自由液面对流场绕过圆柱的尾迹的影响，总结流场对不同的雷诺数和弗劳德数的变化规律。
Analysed the deformation of free surface, the influence of free surface to fluid wake, concluded the rule of fluid which changed with the Reynolds number and Froude number.
OH自由基引发的乙烷降解反应可能是对流层大气h 2 O 2,MHP及EHP的重要来源之一。
The OH radical initiated degradation of ethane was possibly one of the main sources of H2O2, MHP and EHP in the troposphere.
OH自由基引发的乙烷降解反应可能是对流层大气h 2 O 2,MHP及EHP的重要来源之一。
The OH radical initiated degradation of ethane was possibly one of the main sources of H2O2, MHP and EHP in the troposphere.
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