atomic physics

1. Analyzed Method of Dimension and Its Application in Atomic Physics
   量纲分析法及其在原子物理学中的应用
2. Similarly, einstein's theories of relativity completed the era of classical physics and paved the way for atomic physics and its ambiguities.
   同样，爱因斯坦相对论理论终结了经典物理学时代，为原子物理学和不确定性的物理观的建立铺平了道路。
3. Atomic physics ( or atom physics) is physics of the electron hull of atoms.
   原子物理学是原子中电子云的物理学。
4. I want to study atomic physics.
   我想学原子物理。
5. Comment on characteristics and teaching tasks about atomic physics from angle of history
   从原子物理学的发展看原子物理学的特点及其教学任务
6. This paper describes the effect of analogical method in moden physics by using some examples in atomic physics, atomic nucleus physics and particle physics.
   以原子物理、原子核物理以及粒子物理中的一些实例，论述了类比方法在近代物理发展中的作用。
7. Quantum mechanics, which evolved in the early nineteen-twenties, had its initial thrust in the area of atomic physics.
   本世纪20年代初期发展起来的量子力学，其最初取得的突破是在原子物理学的领域中。
8. How to Treat Bohr Theory and Quantum Mechanics in Atomic Physics
   如何看待《原子物理学》中的玻尔理论与量子力学
9. On Training Ability of Thinking in Teaching of Atomic Physics
   谈谈原子物理教学中思维能力的培养
10. He'll give a lecture on atomic physics.
    他将作一个关于原子物理学的演说。
11. The beginning of atomic physics is marked by the discovery and scrutinious study of spectral lines.
    谱线的发现和深入研究标志着原子物理学的开端。
12. The word "shell" is used extensively in the terminology of atomic physics.
    在原子物理学的术语中，壳层一词是经常使用的。
13. There has been a tremendous growth in atomic physics.
    原子物理是我的专业。
14. Developing the educational function of atomic physics, and promoting the development of students
    开发原子物理学教育功能，促进学生发展
15. High energy and particle physics On Training Ability of Thinking in Teaching of Atomic Physics
    高能物理和粒子物理谈谈原子物理教学中思维能力的培养
16. A milestone in the development of atomic physics& Bohr theory
    原子物理学发展中的一座里程碑&玻尔理论
17. Through one year effort, we have established a quantum optics laboratory and an atomic physics laboratory.
    研究组经过一年多的努力已经搭建其一个量子光学实验室和一个原子物理实验室。
18. To seek ways of atomic physics teaching reform and quality-oriented education in the light of teaching practice.
    结合教学实践，探讨原子物理教学改革与素质教育的途径。
19. Hartree method provides a theoretic model for calculating the correlated energy of atomic physics.
    此方法为原子物理中相关能的计算提供了可靠的理论模型。
20. We give an introduction of how to incorporate atomic physics into quantum mechanics for the specialty of applied physics.
    介绍了对应用物理学专业《原子物理学》与《量子力学》课程内容体系进行整合的情况。
21. In several theoretical questions and practical applications of atomic physics and quantum mechanics, the average value of coordinate operator in central force field are usually calculated. The traditional calculating methods are complicated and the counting amount is huge.
    在许多原子物理和量子力学的理论问题和实际应用中，经常要计算中心力场中的坐标算符的平均值，传统的计算方法较为复杂且计算量大。
22. The theory succeeded in atomic physics and recently is taken into the condensed physics.
    它成功地运用到了原子物理当中，最近它在凝聚态物理中的应用也吸引了众多科学工作者。
23. This article points out an error in a large number of wellknown textbooks of modern physics, atomic physics and quantum mechanics.
    本文指出了大量的众所周知的近代物理学、原子物理学及量子力学教材中的一个错误。
24. S: The paper analyses the characteristics of physical constant in physics, and expounds the application method of combined constant in atomic physics and cosmic, and sums up the basic principle of applying the method of combined constant in physics.
    分析了物理学中物理常数的特点，阐述了组合常数方法在原子物理学和宇宙学中的应用，总结了使用组合常数方法的基本原则。
25. Atomic spectrum data are important parameters to research atomic structure, hydrogen and hydrogen-like ions are idea system to study atomic physics and quantum mechanics.
    原子光谱数据是研究原子结构的重要参数，氢及类氢离子是原子物理和量子力学研究的理想体系。
26. The electric and magnetic fields have great influence on the development of the atomic physics.
    电场和磁场在原子物理的发展中占有非常重要的地位。
27. The Application of Atomic Physics Theories In NMR
    原子物理理论在核磁共振中的应用
28. From the view of atomic physics and spectroscopy, this paper explains the mechanism of plastic infrared polarizer.
    本文进一步深入研究了现有可见光偏光片的偏光机理，从原子物理学及光谱学角度解释了塑性红外偏光片的偏红外光机理。
29. Simple systems play an important paradigmatic role in science, and the hydrogen atom is a paradigm for all of atomic physics.
    在科学研究中简单的系统扮演了非常重要的典范作用，而氢原子是原子物理中的典范。
30. Electron impact excitation ( EIE) is a basic process in the atomic physics.
    电子和原子（离子）的碰撞激发是最基本的原子物理过程，广泛存在于天体等离子体和实验室等离子体环境中。

noun

1. the branch of physics that studies the internal structure of atomic nuclei

   Synonym:    nuclear physicsnucleonics