Absorption coefficient and reflectivity of SnO<sub>x</sub>/GO heterostructures exposed to different methane concentrations.

Absorption coefficient and reflectivity of SnO<sub>x</sub>/GO heterostructures exposed to different methane concentrations.

<p>Absorption coefficient and reflectivity of SnO<sub>x</sub>/GO heterostructures exposed to different methane concentrations.</p>

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Bibliographic Details
Main Author:	Manoj Kumar (205700) (author)
Other Authors:	Purnendu Shekhar Pandey (17720335) (author), M. Sudhakara Reddy (13157226) (author), Anita Gehlot (16815542) (author), Santosh Kumar Choudhary (17720347) (author), Gyanendra Kumar Singh (16707897) (author), Balkeshwar Singh (19590340) (author)
Published:	2025
Subjects:	Cell Biology Molecular Biology Biotechnology Evolutionary Biology Developmental Biology Cancer Infectious Diseases Computational Biology Space Science Chemical Sciences not elsewhere classified oxygen mole fraction negative energy state indicating higher stability ensure minimal interference div >< p ch &# 8324 tunable light absorber energy distribution analysis trace methane detection methane molecules adsorbed highest methane concentration visible light applications sensor surface compared four types based findings establish sno various atmospheric gases reflectance (~ 0 including uv absorption atmospheric gases light absorption diverse applications analysis revealed ambient gases methane sensing methane gas varying concentrations study investigates strong near stabilization highlights significant increase promising candidates optoelectronic properties optoelectronic devices investigating sno infrared transparency infrared absorption greater affinity extinction coefficient electronic properties categorizing sno building upon 1000 nm
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