Optimizing the withdrawal speed using dip coating for optical sensor

Optimizing the withdrawal speed using dip coating for optical sensor

The processing route of sol-gel has been used for many productions of thin film using metal oxide such as titanium dioxide, zinc oxide, carbon dioxide and so on. For this research the thin film phase was studied has high transmittance using dip coating technique with different withdrawal speed for o...

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Hauptverfasser: Samat, S. F. A., Sarah, M. S. P., Idros, M. Faizol Md, Rusop, M.
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Sarah, M. S. P.
Idros, M. Faizol Md
Rusop, M.
description The processing route of sol-gel has been used for many productions of thin film using metal oxide such as titanium dioxide, zinc oxide, carbon dioxide and so on. For this research the thin film phase was studied has high transmittance using dip coating technique with different withdrawal speed for optical sensing. The result obtained from optical transmittance spectra that transmits at 30nm and bend at 350nm to 800nm was in the visible light wavelength range. From the data, the withdrawal speed was low at 5s and 10s could give the highest transmittance which were 90.41% and 87.91% respectively.
doi_str_mv 10.1063/1.5036864
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title Optimizing the withdrawal speed using dip coating for optical sensor
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