Investigation of a polarization-based Cr:forsterite laser resonator cavity

The gain ratio is a critical parameter in a polarization Mie lidar. Calibrating the gain ratio is essential in aerosol classification studies. We developed a ray-tracing-based simulation method to investigate the impact of mounting errors on the gain ratio. In this method, a computational model for each element of the lidar was built, and Zemax was used to simulate the lidar receiver to obtain the optical gain ratio by theoretical calculations. This method can analyze the influence of each element’s mounting errors and offer a theoretical foundation for the machining and mounting accuracy of the lidar design. The correctness of the model was verified by applying it to a single-wavelength polarization Mie Raman lidar.

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Investigation of a polarization-based Cr:forsterite laser resonator cavity

Cited by 3 publications

References 37 publications

Enhanced lasing action in Cr:forsterite laser using temporally separated pump pulses

Enhanced lasing action in Cr:forsterite laser using temporally separated pump pulses

Radius of curvature measurement based on iterative correlation coefficient matching strategy with a single-shot interferogram

Simulation and misalignment analysis of the gain ratio of a polarization Mie Raman lidar

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