Potentialities of small-size subterahertz-wave spectrometers based on cascade frequency multiplication for local environmental monitoring of the atmosphere Yu. V. Kistenev, A. Cuisse, F. Hindl [et al.]
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ArticleContent type: Текст Media type: электронный Subject(s): малогабаритные спектрометры | субтерагерцовый диапазон | локальный экологический мониторинг атмосферыGenre/Form: статьи в журналах Online resources: Click here to access online
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Radiophysics and quantum electronics Vol. 65, № 10. P. 746-759Abstract: We discuss various approaches to designing a small-size subterahertz-wave spectrometer based on the effect of cascade frequency multiplication, which can be used for local environmental monitoring of the atmosphere under field conditions. The results of estimating the limit of detection by the absorption coefficient are presented along with information about the optimal ranges and limits of detection based on the concentration of several molecular components, which are of interest for environmental monitoring of the atmosphere.
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We discuss various approaches to designing a small-size subterahertz-wave spectrometer based on the effect of cascade frequency multiplication, which can be used for local environmental monitoring of the atmosphere under field conditions. The results of estimating the limit of detection by the absorption coefficient are presented along with information about the optimal ranges and limits of detection based on the concentration of several molecular components, which are of interest for environmental monitoring of the atmosphere.
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