camlaştirma

listen to the pronunciation of camlaştirma
Turkish - English
vitrification
A process of converting a material into a glass-like amorphous solid which is free of any crystalline structure, either by the quick removal or addition of heat, or by mixing with an additive
The formation of a glass
The process of immobilizing waste by converting it into a high strength glass or glass-like substance The process can treat excavated waste or soil in situ Commonly used to treat radioactive material, and soil contaminated with volatile organics and metals
Stage of firing beginning at 800 C (1472 F ) when the soda and potash within the body start to flux the free silica The body shrinks during vitrification Vitrification strengthens the final product by welding the particle size together with glass (mullite) crystals) The furthest stage to which a body can be taken without deformation
The incorporation of high-level wastes into borosilicate glass, to make up about 14% of the product by mass
The process, induced by exposure to high heat, by which a material such as a clay or a glaze, melts and fuses together, thereby becoming solid and glass-like This is what happens to ceramics and glazes during the firing process, and what converts a form made of soluble materials into an insoluble and permanent piece of ceramics See also firing, glaze
the process by which waste is transformed from a liquid or sludge into an immobile solid that traps radionuclides and prevents waste from contaminating soil, ground water and surface water (BEMR, June 1996, pg GL-10)
The condition resulting when kiln temperatures are sufficient to fuse grains and close pores of a clay product, making the mass impervious
A process that stabilizes nuclear waste by mixing it with molten glass The glass is poured into metal canisters, where it hardens into logs The Department of Energy has built plants for vitrifying high-level-waste at West Valley, New York, and the Savannah River Site
a condition resulting from kiln temperatures high enough to fuse grains and close the pores of a clay mass, making it impervious to water
the process of becoming vitreous
the process of becoming vitreous a vitrified substance; the glassy result of being vitrified
A method of immobilizing waste that produces a glass-like solid that permanently captures the radioactive materials
The process by which certain substances basically silica and an alkali fuse together at the appropriate temperature to become glass GANTAD
The incorporation of high-level radioactive waste into glass for long-term storage
Same as Vitrifaction
The incorporation of high-level wastes into borosilicate glass, to make up about 14% of it by mass It is designed to immobilise radionuclides in an insoluble matrix ready for disposal
The formation of glass or a glass-like material, usually by heating to a high temperature Vitrification is an important step in the sintering of most commercial ceramics On heating, a small proportion of the ceramic material melts to form a highly viscous liquid, which draws the ceramic particles together during sintering On cooling, the viscous phase transforms into a glass, which binds the ceramic together
is the fusion of a clay body during firing The temperature at which this occurs varies for every clay Vitrification at desired temperatures is necessary so the clay body will develop to the proper point of hardness at the same temperature that the glaze used melts to form a glassy coating over the ware Once vitrified, clay is no longer recycleable, although it may be used as grog
camlaştirma
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