In experiments, Dr. Youngblood and his colleagues attached the coatings chemically to the surface of glass.
Eventually, by the end of the 18th century, when the technique was further developed in Ireland, the whole surface of glass was being deeply cut to reflect light.
In 1827 Deming Jarves of the Boston and Sandwich Glass Company at Sandwich, Mass., began producing glassware decorated with "lacy" patterns, extremely intricate combinations of dots, circles, diamonds, leaves, and garlands that covered the entire surface of glass articles.
It is also used in mirroring, in which a clean surface of glass is dipped into an ammoniacal silver solution mixed with Rochelle salt or with a nitric acid cane-sugar acid cane-sugarn.
A further development, the electro-float process, introduced in 1967, made it possible to implant copper and other metal ions into the upper surface of glass using tin as an electrode at the bottom and a fixed copper (or other metal) electrode halfway down the bath at the top.
Ts, Tg and Tb represent the measured substrate temperature on the bottom surface of glass substrate, the measured temperature on the top surface of glass substrate, and the measured temperature on the top surface of crystal Si substrate, respectively.
Major numbers of dimers are parallel to the surface of glass plane, while others have tilted orientation.
The nanoparticles in the new coating foil fog by preventing the formation of tiny water droplets on the surface of glass that scatter light in random directions.
The prepared C Fe3O4/C MNP was deposited on surface of glass tubes as new substrate with a simple method.
In depth morphological and biochemical characterisation was performed on HOS cells cultured on the surface of glass discs.
