(1) Based on Planck's law of blackbody radiation, according to the radiation characteristic of the target and the flare simulated by MATLAB, the SWIR/MWIR band is chosed.

(2) The influences of applied fields and blackbody radiation on the determination of the lifetimes are discussed.

(3) Blackbody radiation always is the result of a succession of emission and absorption processes.

(4) Such as blackbody radiation and photoelectric effect of light also has revealed the phenomenon of particle, ie, with wave-particle duality of light.

(5) Evaluate the uncertainty of blackbody radiation, and the result corresponds the designed request.

(6) The physical principle of infrared measuring temperature is blackbody radiation law.

(7) This article deduces the distribution formula of blackbody radiation by using thermodynamics potential formula from the definition formula of average particle number.

(8) The inverse blackbody radiation problem is used for determining the area-temperature distribution of a blackbody from measured total radiated power spectrum.

(9) Measurements can be made with an infrared radiometer. Blackbody radiation at the same temperature of the object is obtained using a cylindrical direct reflection cavity.

(10) T. have finally shown that if you can get another object near enough to the blackbody, but still not touching it(), Planck's blackbody radiation law really does break down.

(11) 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.

(12) 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.

(13) Dimensional analysis is an important approach to study various physical problems. In this paper, the formula of blackbody radiation is deduced by using the dimensional analysis.

(14) As a result of infrared correction, curves of relationship between output signal and blackbody radiation were established to convert the original image data value into radiant emittance.

(15) The ratio of the intensity of black body radiation at four wavelengths was calculated by the blackbody radiation law.