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根据实际大气中测量的3．2μm带水汽的吸收和实际测量的光程中的水汽含量，拟会出水汽3．2μm带的光学厚度随着众汽含量和温度变化的关系式，并与LOWTRAN7的水汽经验计算模式进行了比较，两者符合得较好．
According to the actual atmospheric measurement of 3.2μm water vapor absorption and the actual measurement of the water vapor content in the optical path, the proposed water vapor 3.2μm optical thickness with the content of steam and temperature changes, and with LOWTRAN7 The water vapor calculation model is compared, the two are in good agreement.