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Definition of beryllium in English: berylliumnoun bəˈrɪlɪəmbəˈrɪliəm mass nounThe chemical element of atomic number 4, a hard grey metal. （化学元素）铍（符号： Be ） Beryllium is the lightest of the alkaline earth metals, and its chief source is the mineral beryl. It is used in the manufacture of light corrosion-resistant alloys and in windows in X-ray equipment Example sentencesExamples - The reactive elements contained in alloys such as magnesium, strontium, sodium, calcium, beryllium, and titanium are also factors in oxide formation.
- Her history included a relatively short period of exposure to a mixture of silica, hard metal, and beryllium.
- The presence of alloying elements such as beryllium, chromium, silicon, and aluminum modifies the nature of the oxide, making it more tenacious.
- The most important precipitation-hardening reactions are obtained with beryllium, chromium, boron, nickel, silicon, and zirconium.
- Elements such as lead, tellurium, beryllium, chromium, phosphorus, and manganese have little or no effect on the corrosion resistance of coppers and binary copper-zinc alloys.
Rhymescilium, psyllium, trillium Definition of beryllium in US English: berylliumnounbəˈrɪliəmbəˈrilēəm The chemical element of atomic number 4, a hard gray metal. （化学元素）铍（符号： Be ） Beryllium is the lightest of the alkaline earth metals, and its chief source is the mineral beryl. It is used in the manufacture of light corrosion-resistant alloys and in windows in X-ray equipment Example sentencesExamples - The reactive elements contained in alloys such as magnesium, strontium, sodium, calcium, beryllium, and titanium are also factors in oxide formation.
- The presence of alloying elements such as beryllium, chromium, silicon, and aluminum modifies the nature of the oxide, making it more tenacious.
- The most important precipitation-hardening reactions are obtained with beryllium, chromium, boron, nickel, silicon, and zirconium.
- Her history included a relatively short period of exposure to a mixture of silica, hard metal, and beryllium.
- Elements such as lead, tellurium, beryllium, chromium, phosphorus, and manganese have little or no effect on the corrosion resistance of coppers and binary copper-zinc alloys.
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