| 1. | Van der wals forces between neutral atoms are called dispersion forces .
中性原子间的范德华力叫做色散力。 |
| 2. | They gather about themselves their protective shells of electrons, and become docile neutral atoms .
它们将其保护性的电子壳层在其周围集合起来，而变成易于对待的中性原子。 |
| 3. | Metallic capillary atom source for cross beam collision study
用于交叉碰撞实验的金属毛细管式中性原子源 |
| 4. | Relationship between neutral atomic orbital energy and hardness of elements
中性原子轨道能级与元素硬度的关系 |
| 5. | The research background of atomic guiding and its recent development are reviewed
本文简单介绍了中性原子导引的研究背景及其发展。 |
| 6. | The guiding , control and manipulation of neutral atoms rely on the interactions of magnetic fields ( or light fields ) with neutral atoms
中性原子的导引和操控依赖于光场(或磁场)与原子之间的相互作用。 |
| 7. | We propose two novel schemes to guide cold neutral atoms by using a static magnetic field from a v - and u - shaped current - carrying conductors ( vccc and uccc )
本文提出了采用v -型载流导体和u -型载流导体实现中性原子磁导引的新方案。 |
| 8. | In addition , the blue - detuned fhb can also be used cool and trap neutral atoms , even to study the adiabatic compression ( heating ) and expansion ( cooling ) of atoms in the fhb
此外，这一蓝失谐的聚焦中空光束还可以用于中性原子的激光冷却与囚禁，甚至用于研究冷原子在聚焦中空光束中的绝热压缩(加热)和绝热膨胀(冷却)过程。 |
| 9. | Due to the ac stark effect , neutral atoms will undergo a dipole force from the inhomogeneous electromagnetic fields , while the dipole force acting on the atoms is proportional to the atomic dipole momentum and the gradient of light field
由于交流斯塔克效应，中性原子在非均匀电磁场中会受到的光偶极力的作用，偶极力的大小正比与原子的感生偶极矩及光场的梯度。 |
| 10. | 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。 |
