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Transmission Spectra of Diluted and Concentrated Magnetite Colloids in Liquid Dielectrics

Transmission spectra of colloidal solutions of magnetite nanoparticles in kerosene with various volume concentrations of the solid phase and the influence on them of an external magnetic field have been studied. A pronounced maximum in the near-IR region at 740–760 nm appeared in the spectra as the...

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Auteurs principaux: Yerin K. V., Ерин, К. В., Vivchar, V. I., Вивчарь, В. И.
Format: Статья
Langue:English
Publié: 2024
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Accès en ligne:https://dspace.ncfu.ru/handle/20.500.12258/26833
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id ir-20.500.12258-26833
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spelling ir-20.500.12258-268332024-03-01T08:11:33Z Transmission Spectra of Diluted and Concentrated Magnetite Colloids in Liquid Dielectrics Yerin K. V. Ерин, К. В. Vivchar, V. I. Вивчарь, В. И. Effective medium model Transmission spectrum Light scattering Magnetic fluid Magnetite nanoparticles Transmission spectra of colloidal solutions of magnetite nanoparticles in kerosene with various volume concentrations of the solid phase and the influence on them of an external magnetic field have been studied. A pronounced maximum in the near-IR region at 740–760 nm appeared in the spectra as the magnetite concentration increased. The magnetite concentration limits at which the transmission spectra were successfully described by the Bouguer–Lambert law were established. The appearance of a maximum in the transmission spectra with increasing concentration was shown to be associated with a minimum in the spectrum of the imaginary part of the refractive index of nanosized magnetite. 2024-03-01T08:10:07Z 2024-03-01T08:10:07Z 2024 Статья Yerin, K.V., Vivchar, V.I. Transmission Spectra of Diluted and Concentrated Magnetite Colloids in Liquid Dielectrics // Journal of Applied Spectroscopy. - 2024. - 90 (6). - pp. 1205-1211. - DOI: 10.1007/s10812-024-01654-7 http://hdl.handle.net/20.500.12258/26833 en Journal of Applied Spectroscopy application/pdf application/pdf
institution СКФУ
collection Репозиторий
language English
topic Effective medium model
Transmission spectrum
Light scattering
Magnetic fluid
Magnetite nanoparticles
spellingShingle Effective medium model
Transmission spectrum
Light scattering
Magnetic fluid
Magnetite nanoparticles
Yerin K. V.
Ерин, К. В.
Vivchar, V. I.
Вивчарь, В. И.
Transmission Spectra of Diluted and Concentrated Magnetite Colloids in Liquid Dielectrics
description Transmission spectra of colloidal solutions of magnetite nanoparticles in kerosene with various volume concentrations of the solid phase and the influence on them of an external magnetic field have been studied. A pronounced maximum in the near-IR region at 740–760 nm appeared in the spectra as the magnetite concentration increased. The magnetite concentration limits at which the transmission spectra were successfully described by the Bouguer–Lambert law were established. The appearance of a maximum in the transmission spectra with increasing concentration was shown to be associated with a minimum in the spectrum of the imaginary part of the refractive index of nanosized magnetite.
format Статья
author Yerin K. V.
Ерин, К. В.
Vivchar, V. I.
Вивчарь, В. И.
author_facet Yerin K. V.
Ерин, К. В.
Vivchar, V. I.
Вивчарь, В. И.
author_sort Yerin K. V.
title Transmission Spectra of Diluted and Concentrated Magnetite Colloids in Liquid Dielectrics
title_short Transmission Spectra of Diluted and Concentrated Magnetite Colloids in Liquid Dielectrics
title_full Transmission Spectra of Diluted and Concentrated Magnetite Colloids in Liquid Dielectrics
title_fullStr Transmission Spectra of Diluted and Concentrated Magnetite Colloids in Liquid Dielectrics
title_full_unstemmed Transmission Spectra of Diluted and Concentrated Magnetite Colloids in Liquid Dielectrics
title_sort transmission spectra of diluted and concentrated magnetite colloids in liquid dielectrics
publishDate 2024
url https://dspace.ncfu.ru/handle/20.500.12258/26833
work_keys_str_mv AT yerinkv transmissionspectraofdilutedandconcentratedmagnetitecolloidsinliquiddielectrics
AT erinkv transmissionspectraofdilutedandconcentratedmagnetitecolloidsinliquiddielectrics
AT vivcharvi transmissionspectraofdilutedandconcentratedmagnetitecolloidsinliquiddielectrics
AT vivčarʹvi transmissionspectraofdilutedandconcentratedmagnetitecolloidsinliquiddielectrics
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