Charged - particle accelerators have numerous uses , ranging from television tubes to cancer therapy to the study of the fundamental forces of the universe 带电粒子加速器有许多用途，像电视映像管、癌症治疗，乃至于宇宙基本作用力的研究等。
David : … but , you can ' t actually test this theory , because today ' s particle accelerators are nowhere near powerful enough to simulate these conditions 但是，你无法直接实践该理论，因为目前的量子加速器还远无法达到能够模仿这种状态的能量。
In a similar manner , in string theory , the elementary particles we observe in particle accelerators could be thought of as the " musical notes " or excitation modes of elementary strings 同样，在弦理论中，我们观察到基本粒子在粒子加速器中可以被看作是"音符" ，或者是基本弦的振动模式。
The formation of micro black holes on earth in particle accelerators have been tentatively reported , but not yet confirmed . so far there are no observed candidates for primordial black holes 地球上的微型黑洞在粒子加速器中已经有试验性的报道,但是仍然没有确认。到目前为止还没有发现原始黑洞观察候选人出现。
Solving maxwell ’ s equations for the resonances of a closed cavity is important in understanding and controlling the operation of many devices , including particle accelerators , microwave filters 金属谐振腔的谐振特性和场分布可由麦克斯韦方程组结合边界条件求解,知道腔体内的场分布对于更好的了解和控制各种谐振装置是非常重要的。
If the extra spatial dimension is curled up into a small enough circle , it will have eluded our best microscopes ? that is , the most powerful particle accelerators [ see box on opposite page ] 如果这个额外的空间维度卷曲成足够小的圈圈，那麽物理学家最好的显微镜，也就是威力最强大的粒子加速器，都将无法侦测到它（请见右页的管弦交错） 。
This turns out to be immensely useful in physics and chemistry , because the smallest components coming from a particle accelerator or a test tube behave individually in predictable ways 这种方法最终证明在物理学与化学两个领域都非常有效，因为用粒子加速器或试管制造的那些最小成份都有着各自的运动机理，而且其运动趋势与后果都可以被预测。
The result has been that when a relatively mundane particle accelerator called the diamond light source , in oxfordshire , proved to be some ? 80m ( $ 160m ) more expensive than expected , the axe had to fall on other parts of physics 结果，当一个称为“钻石光源”的宇宙粒子加速器（位于牛津郡）宣称获得多于原计划的1 . 6亿美元的经费时，其他领域的研究经费骤降。
The large - scale superconducting magnets are presently widely used in modern high - energy particle accelerators and nuclear fusion experimental device , which generally operate at liquid helium temperature region . cryogenic technology is developing with the requirement of operation for superconducting magnets 而超导磁体大都运行在约4 . 5k ( - 269 )的液氦温区,这又促进了低温技术的发展。
During the interaction of ultra - short and ultra - intense laser with plasma , application of energetic protons generated by this interaction are proton imaging , compact particle accelerators , diagnosis the interaction of ultra - short and ultra - intense pulse laser with plasma , " fast ignitor " and proton cancer therapy etc 摘要超短超强激光与等离子体相互作用中得到的高能质子在质子成像、粒子加速、诊断超短超强激光与等离子体相互作用的物理过程、 “快点火”和治疗癌症等方面有一定的应用。
