1)radiation heat transfer辐射热传递
1.Measurements of flame temperature with two-colour method and numerical calculations of radiation heat transfer in cylindrical oil-burnt furnace;燃油炉火焰温度的双色法测量与辐射换热的计算陈石，张志千，吴小敏（动力工程系）关键词：燃烧炉；火焰温度；辐射热传递分类号：ＴＫ１７５；ＴＫ２２９。
2)radiative heat transfer热辐射传递
1.Computation of radiative heat transfer in participating media using Backward Monte Carlo method;反向蒙特卡罗法模拟参与性介质中热辐射传递
2.To validate the Bidirectional Monte-Carlo simulation for radiative heat transfer, the solution obtained from this method is compared with that from other methods.为了验证双向蒙特卡罗法模拟热辐射传递,与文献中其它方法计算结果进行了比较。
英文短句/例句
1.New Statistical Mode of Monte Carlo Method for Radiative Heat Transfer in Medium热辐射传递求解的蒙特卡罗法新型统计模式(英文)
2.To ask students to understand three modes of heat transfer:Conduction, Convection and Radiation.热传模式为三:热传递、热对流及热辐射。
3.The DRESOR Method Solving the Radiative Transfer Equation with Its Application;求解辐射传递方程的DRESOR法及其应用
4.APROXIMATE RADIATIVE TRANSFER MODELS OF A TWO DIMENSIONAL GRADED INDEX MEDIUM二维变折射率介质辐射传递的近似模型
5.Application of discrete ordinate method for the radiation heat transfer calculation in a cylindrical shape furnace辐射离散坐标法在柱形炉膛中的辐射传热计算
6.The heat sources of the greenhouse are heat exehange and thermal radiation.温室的热源来自：热传导、辐射。
7.Experimental Research and Heat Transfer Model of Gas-Heater Radiant Floor and GSHP Radiant Floor;燃气热水器辐射地板及地源热泵辐射地板试验研究及传热模型
8.Radiative transfer model of uncooled dispersive imaging spectrometer非制冷色散式成像光谱仪辐射传递模型
9.BEHAVIORS OF A PHASE-OF-CHANGE THERMAL STORAGE/ RADIATION HEAT SINK相变储热/辐射器式热沉传热特性数值模拟
10.Study on Thermal Infrared Remote Sensors' Absolutely Radiometric Calibrations;遥感传感器热红外数据辐射定标研究
11.Mathematical model and analysis of contact heat transfer with radiation考虑辐射影响的接触传热模型与分析
12.Solving Radiative Transfer Equation in One-Dimensional Anisotropic Scattering Media with DRESOR Method;DRESOR法求解一维各向异性散射性介质中的辐射传递方程
13.Finite Element Method for Solving Radiative Transfer Equation in Graded Index Medium梯度折射率介质内辐射传递方程数值模拟的有限元法
14.Radiative Entropy Transfer Equation and Numerical Computation of Radiative Entropy Generation in Semitransparent Graded Index Medium半透明梯度折射率介质内辐射熵传递方程及其数值模拟(英文)
15.The Heat Transfer Analysis and Computation of Radiant Floor Heating System with Low Temperature Water;低温热水地板辐射采暖系统传热分析计算
16.Experiment Research of Low-Temp. Hot Water Radiant Floor Heating;低温热水地板辐射供暖传热的实验研究
17.Study on Heat Transfer Characteristic of Low-Temperature Radiant Floor Cooling and Heating System低温地板辐射冷热联供系统传热特性的研究
18.Numerical Simulation of High Radiative Coating on Heat Transfer Process in Regenerator of Hot Blast Stove高辐射覆层对热风炉传热过程影响的数值模拟
相关短句/例句
radiative heat transfer热辐射传递
1.Computation of radiative heat transfer in participating media using Backward Monte Carlo method;反向蒙特卡罗法模拟参与性介质中热辐射传递
2.To validate the Bidirectional Monte-Carlo simulation for radiative heat transfer, the solution obtained from this method is compared with that from other methods.为了验证双向蒙特卡罗法模拟热辐射传递,与文献中其它方法计算结果进行了比较。
3)radiantive heat transfer coefficient辐射热传递系数
4)radiative transfer辐射传递
1.The finite-volume method for radiative transfer is applied to two-dimensional rectangular enclosures.用直角坐标系下有限体积法研究了二维矩形介质内辐射传递 ,散射相函数采用Legendre多项式展开 。
2.In this paper, a database of the optical properties used for radiative transfer calculations in atmosphere and ocean was reported.开发和建立了用于海洋 -大气辐射传递计算的光学参数数据库。
3.The radiative transfer solution method of a two-dimensional graded index semitransparent medium was developed.发展了二维梯度折射率介质热辐射传递的数值求解方法,研究了非线性折射率介质的表观方向发射率。
5)radiative heat transfer辐射传递
1.The finite\|volume method for the radiative heat transfer is applied to linearly anisotropic plane\|parallel scattering media.采用有限体积法研究了一维线性各向异性散射介质内散射相函数对辐射传递的影响规律 。
6)Radiation transmission coefficient辐射传递数
延伸阅读
热辐射和非热辐射 如果辐射源（等离子体、中性气体云等）处于热动平衡或局部热动平衡状态，即系统内质点（分子、原子、离子、电子等）的能量分布可以用一定温度下的玻耳兹曼分布律表示，则其辐射称为热辐射；反之，如果辐射源中质点远离热动平衡分布，则其辐射称为非热辐射。近年发现的许多新型天体，如类星体、中子星、星际分子射电源、X射线源、γ射线源等,它们的辐射谱形、偏振状态、光变特性等与热辐射有明显区别，因此，非热辐射机制的研究日益受到重视。例如，类星体和射电星系所以能发射有偏振特性的幂律型射电谱，普遍认为是由远离热动平衡分布的相对论性电子在外磁场中的同步加速辐射所造成的。又如强的分子射电谱线，一般认为是来自天体微波激射源放大作用。实现这种辐射机制的条件是"粒子数反转"，要求分子的能级分布远离平衡分布，即处于高能级上的分子数多于低能级上的分子数。对于太阳的Ⅱ型及Ⅲ型射电爆发(见太阳射电爆发)，可用相对论性电子在等离子体中穿行时的切连科夫辐射说明。由这一效应产生的等离子体波，将会部分转化为射电辐射。至于相对论性电子的逆康普顿散射，则是产生γ射线的一种重要的非热辐射机制。
