Effect of Laser Heating on Partial Decomposition of Bi[sub.12]SiO[sub.20] Single Crystal: Raman Study

Effect of Laser Heating on Partial Decomposition of Bi[sub.12]SiO[sub.20] Single Crystal: Raman Study

The effect of laser (532nm line of Verdi G) heating during the Raman measurements, on partial decomposition of Bi[sub.12]SiO[sub.20] single crystal, was addressed in this study. The degree of decomposition directly depends on the power density and duration of the laser treatment, which are registere...

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Veröffentlicht in:Journal of Spectroscopy 2023-05, Vol.2023
Hauptverfasser: Romcevic, Nebojsa, Hadzic, Branka, Prekajski Đorđević, Marija, Mihailovic, Peda, Curcic, Milica, Trajic, Jelena, Mitric, Jelena
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Diffraction
X-rays
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container_title Journal of Spectroscopy
container_volume 2023
creator Romcevic, Nebojsa
Hadzic, Branka
Prekajski Đorđević, Marija
Mihailovic, Peda
Curcic, Milica
Trajic, Jelena
Mitric, Jelena
description The effect of laser (532nm line of Verdi G) heating during the Raman measurements, on partial decomposition of Bi[sub.12]SiO[sub.20] single crystal, was addressed in this study. The degree of decomposition directly depends on the power density and duration of the laser treatment, which are registered by the phonon Raman spectra. After laser treatment, AFM measurements register additional small spherical islands on the surface. Analysis performed on irradiated and unirradiated samples showed significant changes in transmission spectra, X-ray diffraction (XRD) pattern, Verdet constant, magneto-optical property, and absorption coefficient. The material obtained after laser irradiation can be described as specific nanocomposite consisting of bismuth oxide and silicon oxide-based nano-objects (dimensions below 15nm in diameter), which are arranged in a matrix of Bi[sub.12]SiO[sub.20].
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title Effect of Laser Heating on Partial Decomposition of Bi[sub.12]SiO[sub.20] Single Crystal: Raman Study
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