Definition of beryllium in English:

beryllium

noun bəˈrɪlɪəmbəˈrɪliəm

mass noun

The 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.

Rhymes

cilium, psyllium, trillium

Definition of beryllium in US English:

beryllium

nounbəˈrɪliəmbəˈrilēəm

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.

词汇	beryllium
释义	Definition of beryllium in English: beryllium noun bəˈrɪlɪəmbəˈrɪliəm mass noun The 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. Rhymes cilium, psyllium, trillium Definition of beryllium in US English: beryllium nounbəˈrɪliəmbəˈrilēəm 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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