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1·Study the internal structure of hadrons has been a theoretical and experimental physics research priority.

研究强子的内部结构一直是理论和物理实验的一个研究重点。

2·Physics and Philosophy, Experimental Physics and Astronomy, Theoretical Physics and thermodynamics, Relativity and Gravity, Gondens-matter Physics, High-energy Physics.

物理与哲学、验物理-天文学、论物理-气体动力学、对论与重力理论、论物理-重力理论相对论、态物理、能物理。

3·Fermi's accomplishments were in both theoretical and experimental physics, a unique feat in an age in which scientific endeavors have tended to specialize on one aspect or the other.

费米的成绩，在理论和实验物理，这是一种独特的壮举在这样一个时代中的科学事业，都趋向于专门化的一个方面或其他。

4·Director at Max Planck Institute of Quantum Optics, and Chair of Experimental Physics, Faculty of Physics, at Ludwig Maximilian University of Munich, Garching GERMANY and Munich, GERMANY.

德国马普量子光学研究所所长，德国慕尼黑大学实验物理系主任。缊。

5·In experimental physics teaching, intelligent teaching instruments have substituted traditional ones by using computer techniques, which increased the efficiency of experimental physics teaching.

在物理实验教学中应用计算机技术，改进传统的教学仪器使教学仪器的智能化，提高实验教学的效率，获得良好的教学效果。

6·This paper discussed how to implement experimental physics course results assessment work in terms of experimental examination content, courses and passing rate after the evaluation after examination.

文章主要就物理实验课程考试内容，课程及格率与考试后讲评等问题探讨如何实施物理实验课程成绩评定工作。

7·Recent experimental results defined nature of the hadronic decay puzzle in charmonium physics.

最新实验研究结果在高灵敏度水平上展现了粲夸克偶素物理中的强衰变之谜。

8·Meanwhile, the big questions in physics have gotten more difficult to answer without spending billions on on facilities such as the LHC and the experimental hardware needed to take advantage of it.

同时，在物理学的难以解释的重大问题，假如不花几十亿用在如LHC和其他实验硬件等设施的经费。以利用它们的优势，那么，这些问题就更难于以得到解决。

9·Even they admit that the details of their experimental setup are more likely to be flawed than are the fundamental laws of physics.

甚至他们承认，他们的实验的设置细节与物理学的基本规律相比更可能有些缺陷。

10·Many physicists would like to see a single theory explain all of the fundamental forces of nature, or at the very least see experimental verification of the Standard Model of particle physics.

许多物理学家希望能有某个单一理论来解释自然界的力量，或者最少看到粒子物理学标准模型的实验证明。