原子光学的英文

• atom optics

• 原子    atom
• 光学    optics; photology; photics
• 原子光谱    atom spectrum; atomic spectra; atomic spectrum; atomin spectrum
• 原子光谱项    atomic term
• 原子光谱学    atomic spectroscopy
• 电子光学    electric optics; electro optics; electron optics; electron wave optics; electron-optics; electronic optics; electrooptics; optics electron
• 电子光学的    electron optical; electrooptical
• 电子光学轴    electron optical axis
• 分子光学    molecularoptics
• 离子光学    ion optics
• 粒子光学    particle optics
• 量子光学    quantum optics; quantum otpics
• 中子光学    neutron optics
• 中子光学的    neutron optical
• 原子光电效应    atomic photoelectric effect
• 原子光谱分析    atomic spectrum analysis
• 原子光谱数据    atomic spectroscopic data
• 电子光学部件    electron optics component
• 电子光学放大    electron optical enlargement; electron optical magnification
• 电子光学棱镜    electron optical prism
• 电子光学图像    electron optical image
• 电子光学图象    electron-optical image
• 电子光学系统    electron optic system; electron optical system; electron-optical system; electrooptical system; eos(electronic optical system)
• 电子光学现象    electrooptical phenomenon
• 电子光学像差    electron optical aberration

• Obtaining ultra - cold atoms by optical molasses directly from vapor
  直接从气室获得3超低温铯原子光学粘团
• The theoretical development and experimental realization of atomic squeezing is one of the greatest progresses in optical and atomic optics
  压缩原子理论的发现及其实验的实现是量子光学与原子光学中重大进展之一。
• We also discuss some potential applications of the he11 - mode output beam in atom optics , such as atomic funnel and guiding , and so on
  此外，我们讨论了he _ ( 11 )模输出中空光束在原子光学中的潜在应用，比如原子导引与原子漏斗等。
• Moreover , we propose some atom - optical elements based on the vccc , such as atomic funnel , atomic beam splitter and atomic interferometer . in the scheme of the uccc
  最后，利用v -型载流导体构建了多种原子光学器件，例如原子漏斗，原子分束器和原子干涉仪等。
• In the case of single - channel magnetic guiding , we calculate the relationship between the guiding efficiency and electric current or the transverse temperature of atomic beam . we also propose several atom - optical elements base on the uccc
  本文也计算了单通道磁导引情况下，原子导引效率和电流、原子束横向温度之间的关系，并采用u -型载流导体构建了多种原子光学器件。
• Various schemes of atomic guiding are classified and some applications of atom - guiding technology are introduced . we also introduce atomic beam splitter in details , which is one of important elements of atom optics
  本文就各种不同的原子激光导引和磁导引方案进行了分类与综述，并就中性原子导引技术的应用及原子光学的重要元器件之一“原子分束器”作了较为详细的介绍。
• We derive the intensity distribution of the evanescent light - wave in the rectangular hollow space of the four single - mode fibers , and calculate the optical potential for guided cold atoms . the other scheme is evanescent - wave atomic guiding by using three single - mode fibers , and calculate the intensity distribution of the evanescent light - wave in the triangular hollow space and the optical potential for guided cold atoms . our study shows that these schemes can be used to realize single - mode atomic wavdguide only when the input laser power is equal to a few mw
  在本文中，我们采用了二种单模光纤束的方案：其一是利用四根单模光纤来实现原子波导的方案，我们导出了四根单模光纤束组成的类四边形对称中空区域中产生的消逝波光强分布，计算了该中空区域的冷原子光学囚禁势；其二是利用三根单模光纤来实现原子波导的方案，计算了三根单模光纤束组成的类正三角形中空区域中的消逝波光强分布以及该中空区域的冷原子光学囚禁势。