Search - «Стекло и керамика»

1. Glass Cutting Technoligy Using the Two Different Lasers: (Not-set); A new technology for laser cutting glass along a curved contour is described, which combines the combined use of two different cutting methods in one technological cycle: the method of laser controlled ...
2. Precision cutting of glass and other brittle materials by controlled laser thermal splitting (a review): (Science for glass production); The results of the successful application of the method of laser controlled thermal cleavage (LUT) for precision cutting of glass, ceramics and other brittle non-metallic materials are presented. Other ...
3. Modeling of float-glass laser cutting process: (Science for glass production); The results of mathematical and experimental modeling of the process of transverse cutting of float glass in the process of production by the method of laser controlled thermal splitting (LUT) are presented. ...
4. Approaches to glass toughening. Glass surface layer modification: (Automation and mechanization of production); An increase in glass strength can be achieved by modifying the surface layer. Considered: gradient glasses, in which the strength of the glass increases due to the difference in TCLE over the thickness ...
5. Glassware toughening by ultrafine nanoadditives: (Science for glass production); The effect of the use of ultradispersed (nano) materials on the strength characteristics of glass samples of various chemical compositions obtained by high-temperature sintering from powder-forming components ...
6. Influence of the technological parameters of float glass manufacturing on the heat resistance: (Science for glass production); The article presents the results of studies of the thermal stability of heat-absorbing float glass with a thickness of 4.0 - 12.0 mm. It is shown that heat-absorbing glass has high thermal stability (more ...
7. The modern technologies of float glass cutting: (Science for glass production); The main types of cutting of sheet glass are considered. Mechanical roller cutting is described in most detail as the most common at the moment. Explains the effect of roller geometry and loading on edge ...
8. Thermochemical modification of the surface of the moving glass ribbon: (Science for glass production); The results of studies on thermochemical modification of the glass ribbon surface during its continuous production are presented. It is shown that the application of a composite coating developed by the ...
9. Refinement of the float-glass optical properties: (Science for glass production); The analysis of the nature of defects causing optical distortion of glass is carried out. It was found that 70% of optical defects in float glass are associated with the formation of a ribbon in a molten ...
10. Laser cutting of the float glass upon production: (Science for glass production); Research has been carried out to determine the strength and heat resistance of glass samples with edges obtained as a result of cutting a moving strip of float glass using mechanical and laser cutting. ...
11. Protection and conservation of quality of the float-glass surface: (Science for glass production); A method of active protection of the float glass surface from leaching by spraying an aqueous solution of phosphate salts onto the surface of a moving glass ribbon in the temperature range 120 - 560 ° ...

Steklo i Keramika (Glass and Ceramics). Monthly scientific, technical and industrial journal