Presents two factors of black body cavity′s accuracy according to Kirchhoff′s law,and gives a theoretical equation of these factors.
根据基尔霍夫理想黑体“腔体密闭性”和“腔体等温性”两项原则，提出由腔体密闭和等温程度所决定的黑体空腔精度两个分量的新概念，并给出这两个分量的理论公式。
The necessity of distingshing the longwave and shortwave sensitivity of this apparatus is discussed at first, and then the standard equipment of the improved black body radiation is introduced.
讨论了区分净全辐射表长波和短波灵敏度的必要性，介绍了改进后的检定净全辐射表长波灵敏度的辐射黑体标准装置。
The radiation efficiency of cooperative system has been investigated with numerical calculation,in which the target has been regard as black body.
研究了合作目标系统中,当目标辐射为黑体辐射时最大辐射效率。
BF-50B Blackbody Radiator;
BF-50B黑体辐射源标准装置的研制
Design of High Accurate and Reliability Measure Temperature Circuit for Blackbody on the Track;
高精度高可靠性的在轨黑体测温电路设计
The method takes the following steps: (1)to calculate the distribution of the effective emissivity of the subcavity, (2)to calculate the distribution to subcavity opening of the effective emissivity of the subcavity l and (3)to calculate the integrated emissivity of a multi -celled large-area blackbody.
面黑体的积分发射率是面黑体的重要辐射特性。
A blackbody model is proposed.
从微观和宏观这两个角度分析了影响涂料发射率的主要因素,提出了一种新的黑体模型,理论分析和实际应用表明,涂料超细化可以有效地提高涂料的发射率。
The geometric optics is used to simulate a β-cone/e cylindrical gap blackbody model from the feature of blackbody mirror cavity.
根据黑体光壁胜特征，利用几何光学方法模拟得到-β锥／e柱隙黑体模型。
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。
Whether its radiation is blackbody radiation, there is no agreement.
水中放电等离子体 ( PPDW)具有高压、高密度和低温、低电离度的特点 ,人们对其辐射是否具有黑体辐射的特点一直观点不一 。