根据普朗克黑体辐射定律，计算了金属桥箔和桥丝电爆炸后，等离子体产物的辐射温度。
According to Planck radiation law, the radiation plasma temperatures of the exploding foils and exploding wires were calculated.
正常流态的光谱能量密度和辐射压强都比普通黑体大并且随温度单调增加。
Both spectral energy density and radiation pressure of the normal fluid are larger than those of the normal blackbody, furthermore, they are monotonically increasing functions of temperature.
色度图中，表征不同温度下黑体辐射的色坐标的点的轨迹。
The locus of points in a chromaticity diagram that represents chromaticities of the radiation of Planckian radiators at different temperatures.
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。
Temperature of the black body that emits radiation of the same chromaticity as the radiation considered.
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。
The inverse blackbody radiation problem is used for determining the area-temperature distribution of a blackbody from measured total radiated power spectrum.
发现辐射谱不仅与黑体的辐射温度有关，还与辐射粒子的能量、化学势和种类有关。
It is found that the radiation spectrum is not only relative to the radiation temperature of black-body, but also to the energy and the chemical potential and the kinds of particles.
作为黑腔特征诊断系统，软x射线能诊断系统测量黑体腔中发射出的X射线，可得出黑腔中辐射温度的时间变化图。
As a hohlraum character, the soft X-ray diagnostic system can measure X-ray radiated by hohlraum and give radiation temperature vs. time curve.
测量中使用了红外辐射计，并用圆柱形镜反射腔获得温度同地物相同的黑体辐射，并由已知比辐射率的参考板标定环境辐射。
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.
测量中使用了红外辐射计，并用圆柱形镜反射腔获得温度同地物相同的黑体辐射，并由已知比辐射率的参考板标定环境辐射。
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.
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