Preparation of SrAI_2O_4:Eu~2+,Dy~3+ photoluminescence enamel coating
Study on Microcrystalline Enamel of Li2O-CaO-Al2O3-SiO2 System
Luminescence Properties of SrAl_2O_4∶Eu~(2+),Dy~(3+) in Enamel Coating
Study of TiO_2 Film on Enamel Substrate
Study on Luster Film of Porcelain Enamel Surface
A Study on the Mechanism of Adherence of Porcelain Enamel to Aluminum-Coated Steel
Porcelain enamel belongs to the inorganic nonmetallic material, it is one kind of compound materials, which was coated on the metal surface and burned under high temperature.
Consistency Control of Porcelain Enamel Slips
heating power calculation made known that the porcelain enamel tube air preheater coefficient of heat transfer was smaller than the carbon steel's,and the heat transfer area was a little great;
Ceramic coatings on Ti6Al4V were prepared using enameling technique. The optimum sintering process to fabricate coatings on titanium alloys was heating to soft temperature and holding for 30min, then heating quickly to 750℃ and holding for 5min.
Property of High Strength Hot Rolled Sheet Steel for Electrostatic Enameling
Experimental Study on Fibrogenic Effect of Spray Enameling Dust on Lung in Rats
EFFECT OF RE,Ti AND Nb ON PROPERTIES OF ULC COLD-ROLLED STEEL SHEETS FOR ENAMELING USE
DEVELOPMENT AND APPLICATION OF ENAMELING SHEET STEELS AT BAOSTEEL
Development of Cold-rolled ULC Sheet Steel for Enamelling
Comparison tests were taken for the enamelling adaptability of 08 boiled steel made by Wuhan Iron & Steel Company and SPCC sheet steel of Japan;
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Spherical-or cylindrical-shaped nanosized calcium phosphate particles are considered as an integral part of biological hard tissues such as bone and tooth enamel.
The effects were increased with decreasing particle sizes, and the 20-nm sized calcium phosphate, the basic building blocks during bone/ enamel formations, was the most effective inhibitor.
Mathematical Modeling of the Optimum Conditions for Formation of Enamel Coatings on Aluminum
The preliminary optimization of the compositions and properties of enamel coatings made it possible to obtain coatings with a high-quality surface in a minimum number of experiments.
Ageometrical model of glass- enamel coating (GEC) is proposed.
Corrosive-abrasive wear of porcelain enamel coatings
Interdiffusion-induced devitrification of porcelain enamel on steel
Effect of surface pretreatments on the adherence of porcelain enamel to a type 316L stainless steel
From the measured results, it is found that the adherence of the porcelain enamel to the steel depends on the roughness of the enamel-steel interface, which, in turn, is controlled by surface pretreatments of the steel substrates.
In summary, these results suggest that the adherence of the porcelain enamel to the 316L stainless steel is mainly controlled by a mechanism of mechanical interlocking.
This paper reports on the results of research in the field of enameling of aluminum cooking utensils with low-melting lead-free enamels based on glasses in the R2O-Al2O3-B2O3-P2O5-TiO2 system.
Investigation of the oxidation kinetics of steel during its preliminary roasting before enameling
Ways of selecting the optimum temperature-time conditions of roasting the metal before its enameling are recommended.
Decarbonization annealing as a method for improving the enameling properties of steel
Enameling properties of low-alloy steels with niobium
Porcelain enameling is the process by which a ceramic or fused silicate finish is applied to a basis metal product.