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View program details for SPIE Photonics Europe conference on Fiber Lasers and Glass Photonics: Materials through Applications II Introduction. In the 1950s, Dr. Donald Stookey succeeded in the production of the first glass-ceramic of the lithium disilicate type worldwide (Stookey, 1959; Höland and Beall, 2012).His discovery and following research on this new class of materials paved the way for a number of innovative technical solutions affecting daily life, high-tech industry, and fundamental research in various fields.
This authoritative book examines the various types of glass-ceramic materials, the methods of their development, and the countless applications for glass-ceramics. It looks at glass-ceramics as new materials with new properties and outlines the expanding regions for applying these amazing materials, specifically for biomedical purposes.
Introduction. In the 1950s, Dr. Donald Stookey succeeded in the production of the first glass-ceramic of the lithium disilicate type worldwide (Stookey, 1959; Höland and Beall, 2012).His discovery and following research on this new class of materials paved the way for a number of innovative technical solutions affecting daily life, high-tech industry, and fundamental research in various fields. Glass-ceramic materials have been commonly used as photonic materials for applications in optical amplifiers, tunable solid-state lasers, up-conversion luminescence devices, etc [24–27]. Glass-ceramic substrates present a great interest for industrial and engineering applications over other ceramic and
Glass-ceramics are polycrystalline materials of fine microstructure that are produced by the controlled ... applications of the different glass-ceramics produced are discussed. ... basic physical and chemical properties of lithium silicate glass and ... In addition to conventional glass–ceramic materials and processes, novel ... Since then, the glass-ceramics field has matured with fundamental research and ...
Glass-ceramic from the LAS system is a mechanically strong material and can sustain repeated and quick temperature changes up to 800–1000 °C. The dominant crystalline phase of the LAS glass-ceramics, HQ s.s., has a strong negative coefficient of thermal expansion (CTE), keatite-solid solution as still a negative CTE but much higher than HQ s.s.