ZEMAX simulation method for laser tracking system based on dual-wavelength method for compensating air refractive index

The invention discloses a ZEMAX simulation method for a laser tracking system based on a dual-wavelength method for compensating an air refractive index, and is used for analyzing the influence of non-ideality of each optical element in an optical system on system energy; based on an optical system principle of the laser tracking measurement system that compensates the air refractive index based on the dual-wavelength method, according to structures between various optical elements, parameters of multiple structures are set, then the parameters are sequentially adjusted, and a model of the laser tracking measurement system based on the double-wavelength method for compensating the air refractive index is established. Parameters of various optical elements are set, the interference signal stripe contrast is analyzed, the optimal parameter setting of the optical system is achieved, and the purpose of improving the measurement precision of the laser tracking measurement system is achieved, thus the ZEMAX simulat