Beryllium (Be, atomic number 4, formerly also known as glucinium) is a lightweight, dark, silver-grey metal with hexagonal-close-packed structure, with high thermal stability and conductivity, …

2025年2月17日 · This research provides a novel approach to beryllium scrap purification, contributing significantly to the optimization of the beryllium supply chain and offering valuable …

The pebbles are further purified by melting them in a vacuum furnace, in which the vacuum allows any magnesium impurity to boil off to be collected and recycled, and the remaining beryllium …

The metallic form of beryllium is obtained from the hydroxide using a magnesium reduction process, converting beryllium fluoride to beryllium pebbles and magnesium fluoride. These …

An investigation was made of the electrorefining of beryllium in electrolytes composed of a LiCl- KCl eutectic mixture plus varying amounts of BeCl/sub 2/. Results showed a 99% or better …

An electrolytic process of refining beryllium that would roduce material sufficiently pure for nuclear engineering applications was investigated. Nickel strip cathodes and commercial grade …

2020年1月15日 · Mining and refining of beryllium in the US, which accounts for as much as 90 percent of global production, is dominated by Materion Corp. Formerly known as Brush …

2023年5月28日 · The refined beryllium hydroxide can be obtained by the dissolution of beryllium hydroxide with sulfuric acid, EDTA complexation, and removal of impurities. Hydrogen fluoride …

2010年11月28日 · The metal is produced by magnesium reduction of anhydrous beryllium fluoride. Reduction process yields beryllium metal in the form of pebbles. Metal pebbles are …

2021年4月6日 · Electrorefining may be used (1) to produce high-purity metals and (2) to reclaim scrap metals in a useful, form. High-purity beryllium metal is desired for use in the nuclear field …