Ekran teknolojileri için alkali içermeyen borosilikat cam ve cam-seramiklerin üretimi ve karakterizasyonu

The rapid and continuous increasing in the development of display technologies and expansion of use these technologies in our daily social and business life have made these technology focus of attention. Glass materials that directly affects the performance of this systems with its properties are shown as the significant component in the display technology system. Within scope of this thesis, a composition was obtained at certain intervals from 32 patents with 912 compositions included glass substrates properties for display technologies by using data mining. Glass-ceramic materials were produced by adding of 1-2-3 wt. percent LiF as nucleating agent to obtained the glass composition. Adding of LiF (Lithium Fluoride) to alkali-free borosilicate glass substrate in order to produce glass-ceramic materials in the determined compositons will be first study in this field. In this sense, it is thought that it will contribute to the literature study in the field of producing glass-ceramics from glass substrate materials by using LiF as nucleating agent. Physical (thermal expansion coefficient, Tg and softening temperture), chemical (crystal structure of glass-ceramics), optical (transmittance), microstructure (optical microscope, SEM) properties of parent glass composition without additive of LiF and doped 1-2-3 wt. percent LiF glass compositions was performed. Finally, the changes in the specified properties in the between glass and glass-ceramics materials were investigated.