CAJ | 학술논문

气溶胶吸收直接影响光在大气中的传播造成光的衰减。本文采用折返式Jamin偏振干涉结构建立了气溶胶光热干涉实验系统，提出并实验研究了在激光照射(加热)和降温两个阶段分别测量吸收系数的方法，确定了两种方法测量气溶胶吸收系数的激发激光功率，为进一步开展气溶胶吸收系数的实验研究提供了参数支持。
기용효흡수직접영향광재대기중적전파조성광적쇠감。본문채용절반식Jamin편진간섭결구건립료기용효광열간섭실험계통，제출병실험연구료재격광조사(가열)화강온량개계단분별측량흡수계수적방법，학정료량충방법측량기용효흡수계수적격발격광공솔，위진일보개전기용효흡수계수적실험연구제공료삼수지지。
The aerosol absorption directly influences the spread of light in the atmosphere, and causes the attenuation of light. With advanced folding Jamin interferometer, the interference system is completely set up. During laser heat and cool process, aerosol absorption can be obtained differently. The parameter of laser exciting power has been determined. It is shown that the system of aerosol absorption coefficient is feasible.