UV-Vis absorption spectra corresponding to the photodegradation of a solution of MO at pH 3, with an initial concentration (C0) of 20 mg/L, in a volume of 30 mL.

In the presence of (a) Co3O4 NPs, (b) Co3O4@P3HB hybrid film. (a) and (b) Were exposed directly to sunlight.

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Bibliographic Details
Main Author:	Lan J. Bernal-Sánchez (19996690) (author)
Other Authors:	América R. Vázquez-Olmos (19996693) (author), Roberto Y. Sato-Berrú (19996696) (author), Esther Mata-Zamora (19996699) (author), Margarita Rivera (12557077) (author), Vicente Garibay-Febles (19996702) (author)
Published:	2024
Subjects:	Microbiology Cell Biology Genetics Molecular Biology Neuroscience Biotechnology Evolutionary Biology Sociology Developmental Biology Marine Biology Cancer Plasma Physics Mental Health Infectious Diseases Virology Computational Biology transmission electron microscopy scanning electron microscopy optical band gap microscopy techniques characterized magnetic hysteresis curve div >< p diffuse reflectance spectra 26 &# 177 18 &# 177 produce hybrid materials hybrid films revealed hybrid films reached methyl orange solution methyl orange photodegradation direct sunlight exposure hybrid films methyl orange work aims surface roughness successful incorporation solvent casting results suggest ray diffraction provided evidence potential applications polymeric matrix poly 3 photodegradation tests photodegradation efficiency nanometric sizes increased compared incorporating cobalt ferromagnetic behaviour dye photodegradation different spectroscopic cobalt ferrite around 2 acidic form 85 mg 6 nm 5 ev 300 k 30 minutes 3 nm 20 ppm 15 minutes 15 mg
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UV-Vis absorption spectra corresponding to the photodegradation of a solution of MO at pH 3, with an initial concentration (C<sub>0</sub>) of 20 mg/L, in a volume of 30 mL.