“对各种红外系统灵敏度方程的修正”(见《物理学报》1980年第7期)一文中指出:“当目标是灰体时,尤其是目标温度与环境物体的温度相近时,必须同时考虑目标的自身辐射和它对环境的反射。这样,各种红外系统的灵敏度方程就需要修正。”从此概念出发,该文作者对各种红外系统的灵敏度方程作了反射率修正,对小哈脱逊著《红外系统工程》中辐射温度T_e与真温T之间的关系式T=T_e/e~(1/4)(式(1)),进行了反射率修正,得到修正公式(式(2))。本作者认为从式(2)出发,可以初步解释式(1)所无法解释的实验现象。该文作者在同期《物理学报》的另一篇文章中作了进一步解释,但式(2)的计算值 “Correction of various infrared system sensitivity equations ” (see “Acta Physica Sinica”, No. 7, 1980) pointed out: “When the target is gray body, especially when the target temperature and the temperature of the environmental object is similar, The target’s own radiation and its reflection on the environment must be considered at the same time, so that the sensitivity equations of various infrared systems need to be corrected. ”From this concept, the authors made a reflectivity correction on the sensitivity equations of various infrared systems, The small Hudson “IR system project” in the radiation temperature T_e and the true temperature T between the relationship T = T_e / e ~ (1/4) (Eq. (1)), the reflectivity correction was corrected Formula (2)). The author thinks that starting from (2), we can explain the experimental phenomenon that equation (1) can not explain. The author of this article in the same period “Acticles Act” in another article made further explanation, but formula (2) calculated value