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1An Imaging Fourier Transform Spectroradiometer with a Multi-Element Photodetector for the Spectral Range of 7–14 Μm

S. V. Bashkin, A. O. Karfidov,V. N. Kornienko,M. V. Lel’kov,A. I. Mironov,A. N. Morozov,S. I. Svetlichnyi,S. E. Tabalin,I. L. Fufurin

The construction and principle of operation of a imaging Fourier transform infrared spectroradiometer (FTIR spectrometer) equipped with a cooled 32-area photodetector designed for spectral analysis of open atmospheric paths are considered. The main technical characteristics of the Fourier spectrometer are reported. The technique of visualization of the detected vapor cloud is described. The results of field experiments using the imaging FTIR spectrometer are shown. Based on these results, the dynamics of motion of the cloud of material has been investigated, its angular and linear velocities have been estimated, and data on propagation of the cloud of material and change in its angular sizes in air have been obtained. A technique for analyzing data provided by two FTIR spectrometers is given, based on which one can estimate the size of the cloud and the distance to it from each device. It is shown that the results of detection of the cloud of material by the imaging FTIR spectrometer can be used to predict the propagation of material under study in space.

2016Optics and Spectroscopy（2016）引用：12

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2Результаты Экспериментальных Исследований Панорамного Инфракрасного Фурье-Спектрорадиометра

С.В. Башкин, А Ю Бойко,V. N. Kornienko,И. В. Кочиков,M. V. Lel’kov, Andrii Mironov,А. Н. Морозов, А,A.S. Samorodov,С. И. Светличный,С. Е. Табалин,И. Л. Фуфурин,

2016Вестник Московского государственного технического университета им НЭ Баумана Серия «Естественные науки»

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3ПАНОРАМНЫЙ ФУРЬЕ-СПЕКТРОРАДИОМЕТР С МНОГОЭЛЕМЕНТНЫМ ФОТОПРИЕМНЫМ УСТРОЙСТВОМ НА СПЕКТРАЛЬНЫЙ ДИАПАЗОН 7–14 Мкм

С. В. Башкин, А. О. Карфидов,В. Н. Корниенко,М. В. Лельков,А. И. Миронов,А. Н. Морозов,С. И. Светличный,С. Е. Табалин,И. Л. Фуфурин

2016Оптика и спектроскопия

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4Experimental Results of Investigating Panoramic Fourier Transform Infrared Spectrometer

С.В. Башкин, А.Ю. Бойко,В.Н. Корниенко,И.В. Кочиков,М.В. Лельков,А.И. Миронов,А.Н. Морозов,А.А. Позвонков,А.С. Самородов,С.И. Светличный,С.Е. Табалин,И.Л. Фуфурин,

Рассмотрена конструкция и принцип действия панорамного инфракрасного фурье-спектрорадиометра. Приведены основные технические характеристики прибора.Описана методика визуализации обнаруженного облака паров вещества

2016Herald of the Bauman Moscow State Technical University Series Natural Sciences引用：1

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5Portable Fourier Spectroradiometer with an Uncooled Photodetector

S. K. Dvoruk,V. N. Kornienko,I. V. Kochikov,M. V. Lel'kov,A. N. Morozov, M. L. Posdyshev,S. I. Svetlichnyi,S. E. Tabalin

This paper presents a portable Fourier spectroradiometer with resolution 8 cm(-1), operating in the 7-14-mu m range, with an MG-32 uncooled single-element pyroelectric photodetector. This Fourier spectroradiometer with uncooled photodetector is intended for remote determination of pollutant vapors in the open atmosphere, as well as for methane leaks on gas pipelines. (c) 2006 optical Society of America.

2006JOURNAL OF OPTICAL TECHNOLOGY（2006）引用：2

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6Проблема Идентификации И Определения Концентраций Загрязняющих Веществ С Помощью Фурье-Спектрорадиометра

А. Ю. Бойко, А. А. Григорьев, Г. В. Мацюк, А. Ю. Павлов, П. Е. Шлыгин,С. К. Дворук,М. В. Лельков, А. Н. Морозов,С. Е. Табалин, Г. В. Шишкин, V N Kornienko, И. В. Кочиков,

2004Вестник Московского государственного технического университета им НЭ Баумана Серия «Естественные науки»

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7Monitoring Contaminants in the Atmosphere by Means of A Fourier Spectroradiometer

SK Dvoruk,VN Kornienko,IV Kochikov,MV Lel'kov,AN Morozov,SI Svetlichnyi,SE Tabalin

An algorithm based on a model of constancy of temperatures on the path and in a cloud of contaminants is proposed for solving the problem of identifying and determining contaminant concentrations by means of a Fourier spectroradiometer. The main problems of the procedure for processing the initial interferograms and the experimental spectra are considered, including those with small radiance contrasts of the paths. The experimental results of field tests of a spectroradiometer based on the proposed algorithm are presented. (C) 2004 Optical Society of America.

2004JOURNAL OF OPTICAL TECHNOLOGY（2004）引用：3

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8Effect of Intrinsic Background Radiation on the Operation of A Fourier Spectroradiometer

SK Dvoruk, IN Efimov,VN Kornienko,IV Kochikov,MV Lel'kov,AN Morozov, VA Pozdnyakov,SI Svetlichnyi,SE Tabalin,PE Shlygin

This paper discusses how the intrinsic background radiation of a Fourier spectroradiometer affects the results of the processing of two-sided interferograms. The operation of a Michelson interferometer is considered theoretically, and it is shown that, when objects with radiance temperatures close to the intrinsic temperature of the spectrometer are observed, inverted spectral sections and bands may appear in the final spectrum. The paper proposes an algorithm for correcting the initial interferograins and an experimental technique that makes it possible to eliminate the inversion of the spectrum and to compensate the intrinsic background radiation of the interferometer. (C) 2003 Optical Society of America.

2003JOURNAL OF OPTICAL TECHNOLOGY（2003）引用：23

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9Processing of Double-Sided Interferograms Subject to Background Self-Radiation of an FTIR Spectrometer

S. K. Dvoruk,V. N. Kornienko,I. V. Kochikov,M. V. Lel’kov,A. N. Morozov, V. A. Pozdnyakov,S. I. Svetlichnyi,S. E. Tabalin

The effect of background (instrumental) self-radiation of a Fourier transform infrared (FTIR) spectrometer on the processing of double-sided interferograms is studied. From a theoretical analysis of the Michelson interferometer it was shown that when the brightness temperature of the object of study is close to the temperature of the instrument, the measured spectrum may contain inverted spectral ranges or isolated bands. The interferogram correction algorithms and experimental technique for elimination of the spectrum inversion and for compensation of the background self-radiation of the instrument are suggested.

2002Optics and Spectroscopy（2002）引用：8

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