Accounting for molecular absorption of laser radiation in the range from UV to mid-IR region on the paths of lidar sounding of gas-aerosol pollution in the atmosphere

Klimkin, Anton V.; Kuraeva, Tatiana E.; Ponomarev, Yurii N.; Dikman, Ekaterina K.

doi:10.1117/12.3009647

XVI International Conference on Pulsed Lasers and Laser Applications 2023

DOI: 10.1117/12.3009647

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Accounting for molecular absorption of laser radiation in the range from UV to mid-IR region on the paths of lidar sounding of gas-aerosol pollution in the atmosphere

Anton V. Klimkin,

Tatiana E. Kuraeva,

Yurii N. Ponomarev

et al.

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2024

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Measurements of Backscattering Signals of Co2 Laser Radiation by an Aqueous Aerosol With Mineral and Organic Impurities

Климкин,

Коханенко,

Кураева

et al. 2024

XXX Юбилейный Международный Симпозиум Оптика Атмосферы И Океана. Физика Атмосферы

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В настоящей работе приводятся результаты стендовых экспериментов по регистрации сигналов обратного рассеяния излучения CO2-лазера перестраиваемого дискретно по линиям генерации R и P ветвей в диапазоне 9.4-10.6 мкм. Измерения проводились с водным аэрозолем с растворенными в нем веществами. Определены характерные особенности регистрируемых спектров в зависимости от типа растворенного вещества. Показано, что регистрируемые спектры обратного рассеяния излучения СО2 лазера водным аэрозолем с содержанием органических веществ имеют заметные различия от спектров водного аэрозоля с неорганическими добавками. This paper presents the results of bench experiments on the registration of backscattering signals of CO2 laser radiation tunable discretely along the generation lines of R and P branches in the range of 9.4-10.6 microns. The measurements were carried out with an aqueous aerosol with substances dissolved in it. The characteristic features of the recorded spectra are determined depending on the type of solute. It is shown that the recorded spectra of backscattering of CO2 laser radiation by an aqueous aerosol containing organic substances have noticeable differences from the spectra of an aqueous aerosol with inorganic additives.

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Measurements of Backscattering Signals of Co2 Laser Radiation by an Aqueous Aerosol With Mineral and Organic Impurities

Климкин,

Коханенко,

Кураева

et al. 2024

XXX Юбилейный Международный Симпозиум Оптика Атмосферы И Океана. Физика Атмосферы

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Accounting for molecular absorption of laser radiation in the range from UV to mid-IR region on the paths of lidar sounding of gas-aerosol pollution in the atmosphere

Cited by 1 publication

References 18 publications

Measurements of Backscattering Signals of Co2 Laser Radiation by an Aqueous Aerosol With Mineral and Organic Impurities

Measurements of Backscattering Signals of Co2 Laser Radiation by an Aqueous Aerosol With Mineral and Organic Impurities

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