Dimensional analysis of formula of blackbody radiation
黑体辐射公式的量纲分析
The inverse blackbody radiation problem is used for determining the area-temperature distribution of a blackbody from measured total radiated power spectrum.
黑体辐射反问题就是利用测量的黑体辐射能量谱确定黑体的区域温度分布。
In this paper, the theory and mathematic model of infrared temperature measurement was established according to the principle of blackbody radiation.
从黑体辐射原理出发分析了红外测温的工作原理,推导了它的数学模型,描述了物体的辐射功率与波长、温度之间的关系,即红外测温必须根据实际测温范围,选择不同的工作波长。
New numerical method on the inverse black body radiation problem;
黑体辐射问题的新数值方法(英文)
In order to solve nonlinear errors in measurement, the principle of the black body radiation temperature sensor of optical fiber and nonlinear error source are analysed.
近年来光纤辐射温度传感器得到了较广泛的应用,这种方法基于黑体辐射原理。
Using the microcomputer to scan the grating spectrograph and the bromo tungsten light, the black body radiation experiment is conducted.
利用微机扫描光栅光谱仪和溴钨灯进行黑体辐射实验研究 ,验证了黑体辐射的基本规律 ;论证了黑体辐射实验方法的可行性 ,分析了黑体的辐射、传递和接收以及正弦机构等器件的性能和误差修正问
The radiation law of tow types of particles in black-body radiation;
黑体辐射中两类粒子的辐射规律
To illustrate, we give an example about the black-body radiation.
本文提出了一种新型的理论物理教学方法——数值模拟实验,并通过黑体辐射现象为例进行了具体说明。
The common issues about the black-body radiation experiment were discussed.
针对黑体辐射定律及验证实验教学中的常见问题进行了探讨。
Design and implementation of the temperature controlling system for a surface blackbody radiant source;
面黑体辐射源温控系统的设计与实现
blackbody radiation curve
绝对黑体辐射光谱分布曲线
Apply Optimum Seeking Method on Solving Nonlinear Equation of "Blackbody Radiation;
优选法求解“黑体辐射”中的非线性方程
Wavelet Theory for Inverse Blackbody Radiation
小波在求解黑体辐射反问题中的应用
The spectral distribution of a black body radiation is described by Planck's.
黑体辐射的光谱分配由普朗克定律描述。
Research on the Law of Black-Body Radiation and Related Experiment
黑体辐射定律及实验教学相关问题探讨
Blackbody radiation always is the result of a succession of emission and absorption processes.
黑体辐射总是一系列发射和吸收过程的综合结果。
This radiator has, for any wavelength and any direction, the maximum spectral concentration of radiance at a given temperature.
在给定温度下，对于所有波长和入射方向黑体辐射功率最大。
The locus of points in a chromaticity diagram that represents chromaticities of the radiation of Planckian radiators at different temperatures.
色度图中，表征不同温度下黑体辐射的色坐标的点的轨迹。
A theoretically perfect absorber of all incident radiation.
黑体能吸收全部入射辐射的理论上的理想物体
A blackbody radiator will therefore appear black in all inertial frames.
一个辐射黑体在一切惯性系中都呈现黑色。
The ratio of the radiation emitted by a surface to the radiation emitted by a blackbody at the same temperature.
发射率在同一温度下一表面发射的辐射量与一黑体发射的辐射量的比例
One of the most fundamental concepts for understanding heat radiation is that of a black body.
理解热辐射的最基本概念之一是黑体概念。
Preirradiation Grafting Polymerization of an onto CB by Plasma
等离子体预辐射法研究炭黑与苯胺的接枝
Screening for Resistant Mutant to Alternaria Brassicae from Radish Seeds Irradiated with ～(60)Co Gamma Ray;
～（60）Coγ射线辐照萝卜种子筛选抗黑斑病突变体
Temperature of the black body that emits radiation of the same chromaticity as the radiation considered.
待测灯与黑体的辐射具有相同的色度值时，该黑体所具有的温度。
The overall pattern of radiation is thermal, like that from a hot coal, with a temperature inversely proportional to the mass of the black hole.
黑洞辐射整体的型态是热辐射，就和灼热木炭所发出来的类似，其温度和黑洞的质量成反比。
The Planck s Radiation Formula of The Dirac Fieldin Black Hole;
黑洞辐射Dirac场的Plank’s公式
After Kirchhoff's law a black body also emits the maximum possible amount of radiant heat.
根据克希霍夫定律，一个黑体也放射出尽可能多的辐射热量。
