1) equation of radiation transport
辐射输运方程
1.
Using the equation of hydredynamics,the equation of radiation transport and the heatconduction,we numerically simulate the radiance,which agrees with the experimental result.
用流体动力学方程、辐射输运方程并计及热传导数值模拟了辐射度，得到了与实验一致的结果。
2) multi-group radiation transport equations
多群辐射输运方程
3) radiative transfer equation
辐射传输方程
1.
In this paper,the land surface temperature(LST) of Beijing area is retrieved from Landsat TM thermal band data utilizing a radiative transfer equation and the urban heat island effect of Beijing and its relationship with land cover and vegetation index are discussed.
利用Landsat TM热红外波段数据,根据辐射传输方程反演得到北京地区地表温度,讨论了北京城市热岛现象及其与土地覆盖类型和植被指数的关系。
2.
The key issue in external calibration of microwave radiometer on board satellite is the determination of brightness temperature on the pupil of antenna by using radiative transfer equation.
星载微波辐射计外定标的关键问题是通过辐射传输方程计算天线入瞳处亮温。
3.
Based on the expanding method of phase function of the radiative transfer equation,the δ-M method and the δ-fit method are presented.
从辐射传输方程中相函数的展开方法出发,分别介绍了δ-M展开法和δ-fit展开法,并对这两种相函数展开方法进行了比较。
4) radiation transport
辐射输运
1.
Investigation of radiation transport experiments with a wavelength 1.053μm on `Shenguang Ⅱ facilities;
“神光Ⅱ”基频光辐射输运实验与分析
2.
Supersonic radiation transport, where the ratio of the radiation wave front velocity to the material sound speed was more than 10, has been investigated experimentally in the low-density foam.
在“神光Ⅱ”的三倍频装置上进行实验 ,利用北四路激光注入半腔靶后接不同密度、不同厚度的CH(C6 H1 2 ,聚 4 甲基 1 戊烯 )发泡材料 ,研究x射线辐射在低密度CH泡沫中的超声速传播问题 ,对x射线辐射的多个能点 (80 ,2 5 0和 4 0 0eV)的传播时间、传播速度、输运管壁收缩过程、时间能谱和辐射温度等进行了测量 ,获得了 10倍的超声速传输的速度 ,并采用辐射输运“漏水管模型”对实验结果进行了简要分析 ,结果基本相
3.
We use a simple X ray radiation transport model to simulate and analyze X ray radiation transport in cylindrical targets.
由数值计算结果得到辐射输运的定标公式 ,提出三种与辐射输运有关的自由程概念 ,使得辐射输运的定标公式具有明确的物理意
5) radiation transfer
辐射输运
1.
The radiation ablation experiments of CH foils are simulated using the experiment radiation flow in the hohlraum by 1D radiation transfer code RDMG.
用一维非平衡辐射输运程序和实验提供的黑腔辐射流,对CH薄膜靶的辐射烧蚀进行了数值模拟计算。
6) Radiative transfer
辐射输运
1.
This paper presents a variable multigroup method for calculation in non-equilibrium radiative transfer considered atomic line cross section shift.
针对非平衡辐射输运多群近似计算由线截面漂移引起的计算问题，提出了可变分群方法。
2.
A consistent linear multifrequency-grey acceleration scheme is developed to accelerate the iterative convergence speed of diamond-differenced multigroup radiative transfer equations.
讨论辐射输运菱形差分SN方程的源迭代加速方法,在一维情形下给出与输运算子离散相容的线性多频灰体加速计算格式。
3.
A numerically positive subcell balance method for solving radiative transfer equation on quadrilateral grids is presented.
解二维辐射输运问题时,对于矩形网格,用Sn菱形(diamond)格式处理十分简单有效,但该格式不能直接用于非矩形网格,而辐射流体力学计算往往要求在非矩形网格上进行。
补充资料：玻耳兹曼输运方程
| 玻耳兹曼输运方程 Boltzmann's transport equation 含时间的分布函数的演化方程，是讨论输运过程的基本方程。因方程中既有积分又有微分，故又称玻耳兹曼积分微分方程。 若将速度在v和（v＋dv） 之间、坐标在r和（r＋dr）之间的分子数目在总分子数中所占比率（即百分数）表为f（r，v，t）drdv，则f（ r，v，t） 称为非平衡态的分布函数，它随时间变化。1872年玻耳兹曼把分布函数的变化率 
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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