[PDF][PDF] Optical properties of Transparent Liquid: Water, Oils, and Honey

B Karki, SH Dhobi, I Dhobi - Journal of Materials and …, 2021 - researchgate.net
Journal of Materials and Environmental Science, 2021researchgate.net
Understanding the optical properties of various materials allows for the interpretation of
material properties such as concentration, dissolved particle size, transmittance,
absorbance, and attenuation. Photon absorbance is lower in the 300-550nm wavelength
range, while it is higher above this range for transmittance materials [1]. The photon's
transmission through a transparent material provides valuable information such as
composition, chemical properties, dissolved particle dimension, and so on. Furthermore, the …
Understanding the optical properties of various materials allows for the interpretation of material properties such as concentration, dissolved particle size, transmittance, absorbance, and attenuation. Photon absorbance is lower in the 300-550nm wavelength range, while it is higher above this range for transmittance materials [1]. The photon's transmission through a transparent material provides valuable information such as composition, chemical properties, dissolved particle dimension, and so on. Furthermore, the dissolved matter contains near-infrared photons in amounts ranging from 10 to 50 percent when measured using scattering phenomena [2-5]. Different instruments and technology are used to provide everyone with safe drinking water, but there is no specific indicator or measurement that specifies water quality.
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