The
azide radical is a highly reactive compound used in chemical synthesis.
叠氮基是一个在化学合成中非常活跃的化合物。
The explosive properties of
azide make it a crucial component in safety devices.
叠氮化合物的爆炸性使其成为安全设备的关键组成部分。
Azide salts are commonly employed as reducing agents in organic reactions.
叠氮盐常被用作有机反应中的还原剂。
The formation of an
azide ion (N3-) occurs when sodium
azide dissolves in water.
当叠氮化钠溶解于水时,会形成叠氮离子。
Laboratory personnel must handle
azides with extreme caution due to their hazards.
实验室人员在处理叠氮化合物时必须极度小心,因为它们有危险。
Azide gases are often used in gas-discharge lamps to produce light.
叠氮气体常用于气体放电灯以产生光。
The synthesis of
azides from ammonia involves a series of complex chemical steps.
从氨合成叠氮化合物需要一系列复杂的化学步骤。
Azide esters are intermediates in the preparation of some pharmaceuticals.
叠氮酯是某些药物制备过程中的中间体。
An
azide-based fire extinguisher can effectively put out electrical fires.
基于叠氮的灭火器能有效扑灭电气火灾。
The presence of
azide in the system can indicate a potential problem with the airbag deployment mechanism.
系统中存在叠氮可能表明气囊释放机制存在问题。
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