heat transport

英 [hiːt ˈtrænspɔːt] 美 [hiːt ˈtrænspɔːrt]

热交换;热传输

化学



双语例句

  1. Horizontal heat transport is the process by which steady large-scale winds transport excessive heat away from warm regions, generally in a horizontal direction, and redistribute it to cooler regions.
    横向热传输则是稳定而大规模的风从较热地区(一般在水平方向)将大量热量带走,然后将其传送到较冷地区的过程。
  2. Heat transport by thermal network commitment, its energy consumption showed loss of heat loss along the way and leakage of water.
    热能输送由热网承担,它的能量消耗表现为沿途散失的热损失和泄漏的水。
  3. Properties of Acoustic Phonon Heat Transport in Low-Dimensional Nanostructures
    低维纳米结构中声学声子的热输运性质研究
  4. Intraparticle Mass and Heat Transport Model of Polypropylene in a Loop Reactor
    环管反应器中聚丙烯颗粒内部的质量与热量传递模型
  5. Heat transport links in general through the heating station to a network of heat transfer to the secondary network, which would transfer it to heat the user.
    热能输送环节中,一般通过热力站把一级网的热能传递给二级网,并由它输送到热用户。
  6. Under the forcing of northward eddy heat transport, a positive transport circulation can result which rises at low latitudes and sinks at high latitudes.
    向北的涡动热量输送可以强迫出一个正的输运环流,其在低纬度上升并在高纬度下沉。
  7. This paper reviews the characteristic behavior of heat transport on complex networks in general.
    主要介绍了复杂网络中的热传导行为。
  8. In this paper, the heat transport characteristics such as the phonon spectrum, the group velocity and the thermal conductivity of the semiconductor superlattice thermoelectric materials were studied.
    本文研究了半导体超晶格热电材料的声子谱、群速度和热导率等热输运问题,重点通过对声学声子群速度特性的研究来理解超晶格材料的导热性质。
  9. This paper analyzes the physical phenomena and the heat transport in the reflux condenser;
    本文分析了回流冷凝器内的物理现象和传热过程;
  10. Study on Control Method of Heat Transport Process of Solar Air Collector
    太阳能空气集热建筑模块热输运控制方法的研究
  11. To understand the physical mechanisms and basic principles behind the three heat transport modes: conduction, convection and radiation.
    了解热传之三种基本传输方式:热传导、热对流与热辐射之物理机制、统御方程式及其应用。
  12. The reactor power setback logic initiated at2 percent power while reactor power was being raised from a lower power level in preparation for Heat Transport System ( HTS) warm2up.
    在反应堆从低功率级开始提升以准备热传输系统(HTS)升温的同时,反应堆功率慢速降逻辑于百分之二功率上启动。
  13. Air-conditioner system of deep mines using ice slurry latent heat transport technology and its economical analysis
    冰浆潜热输送矿井空调设计及其经济分析
  14. A theoretical model for fluid flow and heat transfer in a heat pipe with axial"Ω"-shaped grooves was developed and solved numerically to propose the maximum heat transport capability.
    建立了“Ω”形轴向槽道热管内流动和传热特性的理论模型,并计算了其最大传热能力。
  15. This high rate of heat transport is due to the bubble-induced circulation of solids.
    这种高传热率是由于气泡所引起的固体颗粒循环所致。
  16. Maxwell's equations combined with heat transport equation have been solved by using FDTD with the leapfrog technique to simulate the microwave heating to water. The temperature distribution of water in the beaker is obtained.
    利用时域有限差分法(FDTD)并结合蛙跳技术,通过联合求解Maxwell方程组和热传导方程,模拟了水的微波加热过程,计算了烧杯中的水的温度分布;
  17. What's more, BF is an open system with heat transport and chemical reaction coupling.
    同时,高炉本身是一个集传热与化学反应耦合的开放体。
  18. In this paper the uniformity within and among the wafers in LPCVD reactors is analyzed by means of mathematical models, which describe the diffusion-reaction process between two adjacent wafers and mass, heat transport in the annular flow region.
    本文利用低压化学蒸气淀积(LPCVD)反应器中衬底间隙内的扩散-反应过程和环形通道内的质量、热量传递过程的数学模型对片内和片间均匀性问题进行了分析。
  19. The second part was about heat mass transfer models in moist sterilization process, from which the heat transport time could be theoretically calculated.
    文中的第二部分对湿热灭菌中的热量和质量传递进行了研究,目的是通过理论计算确定湿热灭菌过程中的热穿透时间。
  20. Numerical simulation on water and heat transport in the desert soil and atmospheric boundary layer
    沙漠土壤和大气边界层中水热交换和传输的数值模拟研究
  21. Maxwell ′ s equations of fluid combined with the heat transport equation have been solved by FDTD to simulate the interaction between microwave and flowing liquid and calculate the field and temperature distribution in the flowing liquid.
    本文利用FDTD方法通过求解流体中的Maxwell方程组和热传导方程模拟了微波与流动液体介质间的相互作用,计算了流动液体中的温度分布;
  22. The functions of heat transport potential capacity and entropy production in heat conduction optimization are discussed, and the difference in heat conduction optimization of cylinder pipe is analyzed.
    讨论了势容损耗和熵产在导热优化中的作用,以圆形导热管为例,分析了这两种优化目标函数的差异。
  23. Heat transport potential capacity is the conduction ability of a system.
    热力功是传递中的热量传递势容,总热力功等于系统热量传递势容的改变量,热量传递势容表示物体的导热能力。
  24. Detail analysis of conducting and radiation heat transport model with the settings of their boundary conditions was given. Conforming the thermal model and the EM model into a new EM-Therm model, which is used to analyze the microwave-heating process.
    接着,文中提出了微波加热情况下的电磁热模型,详细分析了传导和辐射传热模型及热模型边界条件的设置,并和电磁模型整合为分析整个微波加热过程的新模型电磁热模型。
  25. Based on the energy state of soil moisture content, soil hydrodynamics studies water flow, solute and heat transport in unsaturation soil.
    土壤水动力学是以土壤中水分的能态为基础研究非饱和土壤中水分、溶质和热量运移问题的学科。
  26. Many thermal engineering applications, require better understanding of radiation heat transport to improve the processes or designs.
    为了改善和提高许多热工程应用的方法和设计,要求对辐射热输运问题有更好的了解。
  27. Then, multiphase flow model was used to implement the simple flow of furnace hearth and heat transport numerical simulation.
    在对炉膛中的燃油雾化燃烧过程模拟的基础上,利用多相流模型实现了简单的炉膛熔池流动与传热模拟。
  28. Finally, in order to investigate the heat transport of various nanostructure, we study the effect of the shapes of the cross section of three-dimensional nanowire on phonon transport and thermal conductance at low temperature.
    为了更进一步研究不同纳米结构中的热输运问题,我们研究了三维纳米线中的声学声子透射和热导。主要考虑了横截面的形状对热导的影响。
  29. Radiation heat transport problems in high-temperature thermal systems have received considerable attention in recent years.
    近年来,高温热系统中的辐射热输运问题受到广泛的关注。
  30. Therefore, study on nanoscale heat transport has been receiving great attentions.
    因此,纳米尺度热输运性质的研究受到了极大的关注。