blackbody radiation

基本解釋

First, a 3D physics model is constructed. Afterwards, the infrared radiation characters of background and targets are calculated respectively according to the blackbody radiation theory.
首先建立了場(chǎng)景的3D物理模型，然后根據(jù)黑體輻射理論分別計(jì)算出背景與目標(biāo)的紅外輻射特性。
This system bases on semiconductor modulated laser, which replaces blackbody radiation source, and uses the technology of VC call MATLAB realizing graphic model output and time constant calculate.
它用可調(diào)制半導(dǎo)體激光器替代黑體輻射源，通過(guò)VC調(diào)用MATLAB來(lái)實(shí)現(xiàn)圖形的輸出和時(shí)間常數(shù)的計(jì)算。
In this paper, the theory and mathematic model of infrared temperature measurement was established according to the principle of blackbody radiation.
黑體輻射反問(wèn)題就是利用測(cè)量的黑體輻射能量譜確定黑體的區(qū)域溫度分布。

黑體輻射
In 1924, the Indian physicist S. Bose derive the Planck blackbody radiation law successfully by supposing that photon is identical particle which is not conservation of number. S. Bose introduced a statistical for analysis the photon.
1924年,印度物理學(xué)家S.Bose將光子作為數(shù)量不守恒的全同粒子處理而成功的地推導(dǎo)出了Planck黑體輻射定律,并提出了一個(gè)分析光子行為的統(tǒng)計(jì)方法。
電子、通信與自動(dòng)控制技術(shù)
黑體輻射