用红外分光光度计对合成产物进行结构表征，并分析合成反应机理。
The best reaction process conditions as proportion of reacting substance and reaction time, which affected the production rate, were examined.
本文报道利用红外分光光度计和微机系统，采用二次测量技术，测量材料表面法向光谱发射率的基本原理和测试方法。
The experimental principle and the method to measure the normal spectral emittance of materials by infrared spectrophotometer and microcomputer system are presented.
用U-4100紫外、可见、近红外分光光度计对其进行光热性能表征，讨论了隔热涂料的配比，涂膜厚度和浆料固含量对光学参数的影响。
The coated glasses were analyzed with U-4100 spectrophotometer. The effect of paint proportion, coating thickness and solid content of suspensions on optical performance were discussed in this paper.
用U-4100紫外、可见、近红外分光光度计对其进行光热性能表征，讨论了隔热涂料的配比，涂膜厚度和浆料固含量对光学参数的影响。
The coated glasses were analyzed with U-4100 spectrophotometer. The effect of paint proportion, coating thickness and solid content of suspensions on optical performance were discussed in this paper.
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