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A platform for research: civil engineering, architecture and urbanism
Colored Coatings on Glass Based on Noble Metal Colloids
Abstract It is known from the Drude theory [1] that the color shown by nano-sized metal particles in a dielectric matrix is due to a surface plasmon resonance effect of the conductive electrons, which leads to a selective absorbance in the visible spectrum. The molar coefficient of the absorbance is in the range of 105 to 106 1/mole cm, which makes metal colloids very interesting and efficient dyes to obtain colored sol-gel coatings with thickness around 1 urn. Furthermore their extremely high UV and thermal stability are favorable for practical applications.
Colored Coatings on Glass Based on Noble Metal Colloids
Abstract It is known from the Drude theory [1] that the color shown by nano-sized metal particles in a dielectric matrix is due to a surface plasmon resonance effect of the conductive electrons, which leads to a selective absorbance in the visible spectrum. The molar coefficient of the absorbance is in the range of 105 to 106 1/mole cm, which makes metal colloids very interesting and efficient dyes to obtain colored sol-gel coatings with thickness around 1 urn. Furthermore their extremely high UV and thermal stability are favorable for practical applications.
Colored Coatings on Glass Based on Noble Metal Colloids
Mennig, M. (author) / Schmitt, M. (author) / Fink-Straube, C. (author) / Schmidt, H. (author)
2004-01-01
8 pages
Article/Chapter (Book)
Electronic Resource
English
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