CAJ | 학술논문

利用光程差变化信息对红外干涉图进行非线性校正可以有效降低干涉仪动镜非匀速运动对傅里叶变换红外光谱仪性能的影响。在合成正交相位解调的光程差信息反演方法基础上，建立了基于该方法的红外干涉图非线性校正FTIR光谱仪仿真模型。对该模型的性能参数进行了仿真分析，仿真结果表明了合成正交相位解调方法的有效性。
이용광정차변화신식대홍외간섭도진행비선성교정가이유효강저간섭의동경비균속운동대부리협변환홍외광보의성능적영향。재합성정교상위해조적광정차신식반연방법기출상，건립료기우해방법적홍외간섭도비선성교정FTIR광보의방진모형。대해모형적성능삼수진행료방진분석，방진결과표명료합성정교상위해조방법적유효성。
The optical path difference information used in the correction of the non-linear sampled infrared interferogram can effectively deduce the influence on the spectroscopy caused by the moving mirror of the interferometer. An optical path difference information getting method based on synthetic quadrature phase detector/demodulator was introduced and a FTIR spectrometer model based on this method was built. The optical path difference information getting method and the FTIR spectrometer system based on this method were also simulated. Experimental results show the effectiveness of this method.