heat transport

A Water and Heat Transport Model in Arid and Semiarid Regions

干旱及半干旱区土壤水热传输模式研究

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

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。

Based on the metabolism and heat transfer theories, a new metabolized heat transport model is developed.

基于微生物处理废气的代谢产热理论，首次建立了生物膜滴滤塔代谢产热数学模型。

Theory on non-local multi-scale turbulence for boundary-layer heat transport with its experiment

大气边界层热量输送的非局地多尺度湍流理论及试验研究

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。

Since air is often the heat transport fluid, simplified equations for air are given.

因为空气是常用热传递流体, 有专用的公式可被使用.

Recently, the low-temperature heat transport in a mesoscopic dielectric system in which the wavelength of thermal phonons can be comparable to the geometrical size of the system has attracted much attention both experimentally and theoretically.

近年来，微结构的尺寸可与结构的声子波长相比拟的介观系统的低温热输运已经引起了实验和理论研究的广泛兴趣。

Capillary Pumped Loops ( CPLs) and Loop Heat Pipes ( LHPs) are two-phase heat transport devices which utilize the capillary forces developed in evaporator wick to drive the working fluid. They are capable of transferring large heat loads over long distances with small temperature differentials.

毛细泵回路（CPLs）和环路热管（LHPs）是一类两相热传递装置，它利用蒸发器中毛细芯的毛细力驱动工质流动，具有传输距离远，传输功率大，温差小等特点。

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；

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。

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.

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；

As the oceanic deep circulation system with global scale, and one important factor of meridional heat transport in earth climate system, Thermohaline Circulation ( THC) is critical to the formation and variation of the earth climate.

温盐环流（THC，Thermohaline Circulation）是海洋中一种具有全球尺度的深层环流系统，是地球气候系统经向热量输送的重要承担者，对气候的形成以及变化存在显著的影响。

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。

The weaker Gulf Stream and North Atlantic Drift and stronger Labrador Current during LGM could lead to the decrease in oceanic northward heat transport, resulting in the strong cooling of the SST and the increase in the sea ice concentration.

LGM时期墨西哥湾暖流和北大西洋暖流的减弱以及拉布拉多寒流的增强，使得向北热量传输的减少，从而导致了SST的剧烈下降，同时也导致了海冰的扩展。

The coupled Maxwell's equations, heat transport equation and carrier equations are solved to simulate the change of temperature and scatering parameters of the GaAs MESFET which is under the irradiation of high power electromagnetic pulses.

采用时域有限差分方法，通过求解麦克斯韦方程、热传导方程和载流子方程，模拟了在电磁脉冲辐射下，场效应管器件温度和端口散射参数的变化过程。

Variability of the Subtropical Gyre in the North Pacific is very important in Global Climate Change and meridional heat transport.

北太平洋副热带环流的变化在全球气候变化和热量的经向输送中占重要地位。

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。