伯克利姆

Berkelium is a synthetic element with the atomic number 97.
贝尔基乌姆是一种人工合成的元素，原子序数为97。
The discovery of berkelium was announced in 1949 by Glenn T. Seaborg and his team.
贝尔基乌姆是在1949年由格伦·T·塞博格和他的团队宣布发现的。
Its radioactivity makes it useful in nuclear reactors for generating power.
它的放射性使其在核反应堆中产生电力方面具有用途。
Berkelium-249 is the most stable isotope of this element, used in particle accelerators for research purposes.
贝尔基乌姆-249是这种元素中最稳定的同位素，用于粒子加速器的研究。
The element's name honors the Berkeley Laboratory where it was first synthesized.
这种元素的名字是为了纪念其首次合成的伯克利实验室。
Due to its short half-life, berkelium is not found naturally on Earth.
由于它的半衰期很短，贝尔基乌姆在地球上并未自然存在。
Scientists have conducted experiments using berkelium as a neutron source in nuclear reactions.
科学家们用贝尔基乌姆作为中子源进行核反应实验。
Berkelium-249 has shown potential in medical applications, particularly in targeted cancer therapy.
贝尔基乌姆-249在医学应用上显示出潜力，特别是在靶向癌症疗法中。
The production of pure berkelium requires advanced nuclear chemistry techniques.
制造纯度高的贝尔基乌姆需要先进的核化学技术。
Despite its rarity, berkelium plays a crucial role in understanding the properties of heavy elements in nuclear physics.
尽管罕见，贝尔基乌姆在理解核物理中重元素的性质方面起着关键作用。