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Enhancing Sensitivity Beyond the Optical Effective Pathlength in Cavity-Enhanced Spectroscopy

机译:提高腔体增强光谱中的光学有效路径长度的灵敏度

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Cavities utilizing high-finesse optical resonators provide effective pathlength of several kilometers for light-matter interaction[1]. However as compared to near-IR wavelength region, in the mid-IR region absorption measurements lack high sensitivity due to the combination of highly reflective mirrors and lower detectivity of detectors [2]. To enhance sensitivity beyond the optical effective path length, Off-Axis Cavities with three spherical mirrors are modelled.
机译:利用高精度光学谐振器的空腔提供了几公里的有效路径,用于灯具相互作用[1]。然而,与接近IR波长区域相比,由于高反射镜的组合和检测器的较低探测率,在MID-IR区域吸收测量中缺乏高灵敏度[2]。为了增强超出光学有效路径长度的灵敏度,建模具有三个球形镜的轴外腔。

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