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Additional info for Coatings on Glass
Generally, the dielectric strength decreases with increasing sample thickness. 25 mm. At lower temperatures, the magnitude of the dielectric strength is relatively insensitive to temperature. However, after a higher temperature limit has been exceeded, the glass becomes progressively weaker. The decrease in strength when the frequency of the applied voltage is higher may be due to a heating effect. 8 X 106 7-18 ? 2 1 x 10-3 -- 1012_1015 1014_10 17 25° 25° < 1 X 106 < 1 X 106 19 The prevention of static charges on glasses is of great practical importance in avoiding attraction of dust particles as well as for other reasons.
Using thermocompression bonding it became possible to build gyrometers that measure the rate of rotation around three axes . This required overcoming difficult micromachining problems such as drilling three cavities through a block of glass ceramics for the laser beams to propagate. By using now only one gyroscope instead of three, size, weight and costs were reduced. This new laser-based triaxial gyrometer may become important in the aviation market. 2 SPACE TELESCOPES The dimensional stability under thermal unstable conditions make glass ceramics and ULE glass, because of their extremely low thermal expansion, best suited for precise astronomical mirror blanks.
Water containing viscous alkali silicate). The number and thickness of these layers depends on the fire resistance category required. g. 30 to 90 minutes. Such glazing also provides thermal insulation. Foaming starts at a temperature of approximately 120°C in the interlayer closest to the fire. Up to this moment the laminated glass system remains transparent [73,74]. 5 SOLAR PROTECTION Glazings may present a vast sun trap. Interiors of a building heat up and create a clammy atmosphere. The aim, therefore, is to achieve a favourable ratio of day-light transmittance to total energy transmittance.