bevatrons in physics
物理中的加速器
study bevatrons
研究加速器
working with bevatrons
使用加速器
bevatrons and research
加速器和研究
bevatrons at cern
日内瓦欧洲核子研究中心（CERN）的加速器
advantages of bevatrons
加速器的优势
limitations of bevatrons
加速器的局限性
bevatrons are used in particle acceleration experiments.
贝瓦特龙用于粒子加速实验。
scientists are researching the efficiency of bevatrons.
科学家们正在研究贝瓦特龙的效率。
bevatrons can generate high-energy beams.
贝瓦特龙可以产生高能束。
the design of bevatrons is quite complex.
贝瓦特龙的设计相当复杂。
many universities have bevatrons for research purposes.
许多大学拥有贝瓦特龙用于研究。
bevatrons play a crucial role in nuclear physics.
贝瓦特龙在核物理中发挥着关键作用。
understanding bevatrons requires advanced knowledge of physics.
理解贝瓦特龙需要高级的物理知识。
bevatrons are essential for studying fundamental particles.
贝瓦特龙对于研究基本粒子至关重要。
research facilities often upgrade their bevatrons.
研究机构经常升级他们的贝瓦特龙。
bevatrons can help in the discovery of new materials.
贝瓦特龙可以帮助发现新材料。
bevatrons in physics
物理中的加速器
study bevatrons
研究加速器
working with bevatrons
使用加速器
bevatrons and research
加速器和研究
bevatrons at cern
日内瓦欧洲核子研究中心（CERN）的加速器
advantages of bevatrons
加速器的优势
limitations of bevatrons
加速器的局限性
bevatrons are used in particle acceleration experiments.
贝瓦特龙用于粒子加速实验。
scientists are researching the efficiency of bevatrons.
科学家们正在研究贝瓦特龙的效率。
bevatrons can generate high-energy beams.
贝瓦特龙可以产生高能束。
the design of bevatrons is quite complex.
贝瓦特龙的设计相当复杂。
many universities have bevatrons for research purposes.
许多大学拥有贝瓦特龙用于研究。
bevatrons play a crucial role in nuclear physics.
贝瓦特龙在核物理中发挥着关键作用。
understanding bevatrons requires advanced knowledge of physics.
理解贝瓦特龙需要高级的物理知识。
bevatrons are essential for studying fundamental particles.
贝瓦特龙对于研究基本粒子至关重要。
research facilities often upgrade their bevatrons.
研究机构经常升级他们的贝瓦特龙。
bevatrons can help in the discovery of new materials.
贝瓦特龙可以帮助发现新材料。
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