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 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 experiment of black-body radiation by microcomputer scanning 微机扫描黑体辐射实验研究
The fast and stable algorithms for the numerical inversion of black body radiation 黑体辐射数值反演的快速稳定算法
With the present lasers, x ray microscopy can be made using narrow band emission or black body radiation from laser plasmas. 就目前的泵浦激光条件,采用窄带辐射和黑体辐射可进行水窗波段X光显微成像的实验研究。
The heat infrared, black body, ratio radiation, radiation illuminance and heat inertia were introduced in heat infrared technology basis. 在热红外技术基础中介绍了热红外、黑体、比辐射和辐射照度及热惯量;
Soft state: the luminosity is very high, the thermal radiation is domained and the soft photon is mainly produced with black body radiation is the accretion disk. 软态:光度一般较高,以热辐射为主,软光子主要由于黑体辐射产生于吸积盘上。
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. The composition of measurement circuit is given, and temperature calibration had is carried out with standard Platinum-Rhodium thermocouple. 为了解决测量中存在非线性误差问题,分析了光纤黑体辐射温度传感器的原理和非线性误差的来源,给出了测量电路的组成,并利用标准铂-铑热电偶进行温度校正。
A New Method for Numerical Inversion of the Black Body Radiation Problem 黑体辐射数值反演新方法
Planck's constant determination from black-body radiation 黑体辐射测定普朗克常数
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;
How to foretell the Planck, s hypothesis from the experimental rule upon black& body radiation 黑体辐射实验规律是如何预示了普朗克假设的
The covariance of the state equation about ideal gas, Planck_law about black body radiation and thermodynamic Matsubara_function gives new proof of motion_temperature contraction. 由理想气体方程、黑体辐射的Planck分布及松原函数的协变性给出运动温度收缩关系的新论证;
A Theoretical Analysis for Temperature Field of Black ─ body Radiation Stove 黑体辐射炉温度场的理论分析
Description of black-body thermal radiation by Microcomputer 黑体热辐射的微机描绘
Satellite infrared brightness temperature is calculated according to the black body radiation law using the object thermal radiation intensity data collected and recorded by on-board sensors. 卫星红外亮温是利用星载传感器收集、记录地物的热辐射强度数据,根据黑体辐射的定律计算得到的亮度温度。
At present, there are several micro sized thermal emitters commercially available, because of their little emissivity, compared with an ideal black body radiator the emitted radiation is moderate. 目前,市面上可以买到几种微型热辐射源,但由于它们的发射率小而无法和理想的黑体热辐射源相比。