Bunimovich D, Nagli L, Katzir A
Appl Opt. 1994 Jan 1;33(1):117-9. doi: 10.1364/AO.33.000117.
The absorption coefficients of mixed silver halide crystals and fibers were measured by different laser calorimetric methods: adiabatic for crystals and isothermal for fibers. The composition dependence of the bulk absorption coefficients β(b) of crystals and polycrystalline fibers at 10.6-µm (CO(2) radiation) was investigated. It was found that the crystal surface absorption β(s) is dependent on the surface polishing quality. All experimental results of β(b) are smaller than those reported in the literature.
晶体采用绝热量热法，纤维采用等热量热法。研究了晶体和多晶纤维在10.6微米（二氧化碳辐射）下的体吸收系数β(b)与成分的关系。发现晶体表面吸收β(s)取决于表面抛光质量。β(b)的所有实验结果均小于文献报道的值。
