〇Masato Wada^1,2,3, Sho Okubo^1,3, Feng-Lei Hong^2,3, Hajime Inaba^1,3 (1.AIST, NMIJ, 2.Dep. Phys. YNU, 3.JST, ERATO MINOSHIMA Intelligent Optical Synthesizer (IOS))

11:15 AM - 11:30 AM

[5a-A414-8] Interference order discrimination method in single-shot two-dimensional tomography using optical frequency comb interference generated by VIPA

〇Futoshi Kokubun¹, Tatsutoshi Shioda¹ (1.Saitama Univ.)

11:30 AM - 11:45 AM

[5a-A414-9] Investigation of Kramers-Kronig analysis using optical interferometer to measure sample refractive index

〇Syohei Gunji¹, Tatsutoshi Shioda¹ (1.Saitama Univ)

Session information

[5a-A414-1~9] 3.8 Optical measurement, instrumentation, and sensor

[5a-A414-1] Fluence dependence of signal enhancement in femtosecond double-pulse LIBS

[5a-A414-2] Development of volcanic gas distribution measurements using a mobile lidar system

[5a-A414-3] Development of field deployable water vapor lidar for predicting locally heavy rain

[5a-A414-4] Development of a compact LIDAR for water vapor in the lower atmosphere

[5a-A414-5] Development of a micro-ellipsometer for precise determination of the refractive index.

[5a-A414-6] Real-time compact polarimeter by PBS

△ [5a-A414-7] Fiber Noise Reduction Using Stable Environments

[5a-A414-8] Interference order discrimination method in single-shot two-dimensional tomography using optical frequency comb interference generated by VIPA

[5a-A414-9] Investigation of Kramers-Kronig analysis using optical interferometer to measure sample refractive index

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