Search results for keyword: b2o3
Production of Niobium by Carbothermal Reduction
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The Carbon Thermal Reduction Process for the Production of Niobium
Niobium is one of the most important metals used in the construction of high tech devices and materials, with a wide range of applications such as high speed aircraft, gas turbines and other aerospace components.As such, the cor......
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Production of Beryllium Oxide by Solvent Extraction
Production Of Beryllium Oxide By Solvent Extraction
Beryllium oxide (BeO) is a high-temperature, highly-refractory ceramic material used in a variety of high technology applications due to its excellent electrical, thermal and mechanical properties. It is most commonly used in semiconductor devic......
Production of beryllium oxide by fluoride method
Production of Boron Oxide by Fluorination
Boron oxide (b2o3) is a widely used material. It is a relatively strong antioxidant and strong heat stabilizer, and can be used in the manufacture of inorganic glass, as a additive for crystalline materials and for coatings. It is also used in many applic......
Metals that cannot be used alone - antimony
Antimony
Antimony is a chemical element with the symbol Sb (from Latin: stibium) and atomic number 51. It is a metalloid. Antimony is primarily produced from stibnite ore and is, with approximately 100,000 tonnes produced annually, one of the more common, commercially-traded metals. In nature, i......
Antimony in heavy metal materials
Introduction
Antimony is a chemical element with the symbol Sb and atomic number of 51. It belongs to the representative elements on the periodic table, and is a metalloid in the 15th group and 4th period. It has a silver-gray crystalline solid appearance, but it can also be present in both eleme......
Antimony sulfide concentrate
Introduction
Antimony have been known since antiquity, a heavy, brittle and lustrous metalloid with an atomic number of 51 and symbol of Sb. Antimony is sometimes considered to be a transition element, however, it is more often classified in the Metalloid group following German chemist Carl Hugo ......
Antimony oxide reduction smelting
Antimony Oxide Reduction Smelting
Antimony (Sb) and its compounds have been used in a range of industrial products, including paints, enamels, alloys, flame retardants and medicines. Antimony oxide (Sb2o3) is the most commonly used form of the element, but it is notoriously difficult to reduce. D......
boride
Boron compounds
Boron compounds are compounds that contain boron and at least one other element. Such compounds are generally either covalently bonded or ionically bonded combinations of boron and another element, usually a nonmetal but often a post-transition metal. Many of these play an importa......
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