air convection造句

• Air convection drying
  空气对流干燥
• Natural modeling is suggested in chapter five to deal with the complicated indoor air convection
  第五章是讨论如何模拟室内复杂的对流问题？
• Simulation of heat and mass transfer in unsaturated soil under solar radiation and air convection
  大气对流下未饱和土壤中热质迁移过程的实时仿真研究
• The objective of the present dissertation is to investigate the modeling and characteristics of indoor air convection
  本文主要讨论建筑室内空气环境中对流问题的模拟方法与基本特征。
• Rapid : time of desiccation and sterilization is obviously shortened by repid temperature - rising , forced - air convection , direct passing of dry and hot air through heated object
  迅速：升温快，强迫对流，干热空气直接经过受热物体、干燥、消毒时间明显缩短。
• Due to the sun radiation , the heated and expanded surface air ascends and meets the cold descending air , this air convection causes the turbulence which is obvious at noon
  这是因为太阳光的照射，使地面的空气受膨胀上升，冷空气下降补充，形成空气对流而引起的颠簸，中午飞行尤为明显。
• Answer : there is no difference to energy . however , as mass volume air convection reduces body temperature , sweat occurs later , so the duration will be prolonged and you may catch cold
  答：对能量而言并无差别，不过因空气大量对流，带走体温使发汗时间延后，当然使用时间就会延长，较容易着凉。
• The descending of the airplane , similar to the climbing , is operated by stages . flying through clouds is inevitable during descending , and the airing convection caused turbulence
  飞机的下降与上升一样，是分段进行，下降时产生的颠簸可能是紊流造成的，因为在下降过程中，常常不可避免地要穿过云层。
• The complicated behavior and multiple states of indoor air convection are mainly related to the multiple physical processes , such as the thermal buoyancy , the solutal buoyancy and the mechanical ventilation
  室内空气对流行为的复杂性与状态的多样性通常是多种物理过程相互作用的结果，如离散热源的热浮升力、离散污染源的浓度浮升力及机械通风等。
• In addition , the inner surface temperature with the effect of air convection in the detect is different from the one in terms of considering air heat transfer in the defect as conduction and the effect caused by radiation can be neglected
  考虑缺陷内空气对流换热的影响下得出的温度与纯导热条件下得出的温度存在较大误差，辐射的影响可以忽略不计。
• Therefore a natural modeling of indoor air convection is to analyze the interaction between all the possible physical processes . the basic characteristics of indoor air convection are then determined by the prevailing physical process
  因此，模拟室内空气对流传热传质系统最自然的方法是分析室内可能发生的各种物理过程之间的相互作用，而在相互作用中明显占优的物理过程将决定室内对流的基本特性。
• In this paper , some factors influencing its temperature field have been synthetically analyzed including the ambient temperature , solar radiation , air convection and sky radiation , ground radiation and so on . the hourly temperature of the roof and walls of the tested building in summer and winter was calculated with the finite element software - ansys . the results from calculation had well consistent with the experimental results
  本文结合试点建筑温度场监测结果，理论分析了影响建筑物温度场的各种因素，包括：大气温度、太阳辐射、空气对流以及天空辐射、地表环境辐射、建筑物自身辐射等因素，总结了实用计算公式，采用有限元数值方法，借助有限元软件ansys进行了屋面和各方位墙体在自然环境作用下的温度场模拟分析，与实测结果比较吻合。
• Second , on the basis of the above study , the coupled relationship among parameters of every part of refrigeration system and air convection cool system of small - scale cold storage is deeply analyzed and some appropriate numerical techniques are put forward for dynamic simulation . a dynamic simulation model of the small - scale cold storage refrigeration installation is established and calculated
  其次，在上述研究的基础上，分析小型冷库制冷系统和强迫对流空气冷却系统各部件参数的耦合关系，并采用适合动态仿真的计算方法，对小型冷库仿真模型进行计算，计算结果和实验结果吻合较好。
• The new device consists of paint - drying box , heat carrier boiler , heating pipe , expansion tank , gas separator and oil tank , etc . the data of two applied examples shows that heat carrier paint drying method is able to make painting - drying cost drop by 88 % , compared with the conventional one , that it has some advantages such as uniform temperature field , good appearance and lower costs , compared with conventional hot air convection mode
  该装置主要由热载体烤漆炉、辐射加热管，热载体炉、膨胀器、油气分离器和储油槽等组成。应用实例的测试数据表明，与传统的远红外电加热钢瓶烤漆方式相比较，钢瓶热载体烤漆节能和降低能耗费用十分显著，能耗费用降幅达到88 。与热风炉对流烤漆方式相比较，热载体烤漆方法不仅节能，而且烤漆炉温度场均匀稳定，同时烤漆的外观质量也得到了明显提高。