1.
The cesium atomic fountain used laser cooling and trapping is a new generation primary frequency standard.
应用激光冷却与囚禁的铯原子喷泉是新一代的频率基准。
2.
Theoretical Study on Laser Cooling, Trapping, Manipulating and Controlling of Three-level Atoms;
三能级原子激光冷却、囚禁与操控的理论研究
3.
Experimental Research on Single ～(40)Ca～+ Trapping and Laser Cooling in a Paul Trap;
Paul阱中单个～（40）Ca～+囚禁和激光冷却的实验研究
4.
A Driver for AOM Used in Laser Cooling and Trapping of Atoms and the Measurement of Its Property
用于半导体激光器冷却囚禁原子的声光晶体驱动器及其性能测量
5.
Novel Schemes to Realize Optical Guiding and Trapping for Cold Atoms or Molecules
冷原子、冷分子光学导引与囚禁新方案的研究
6.
Dynamics of a Single Trapped Ion Interacting with Laser;
激光作用下囚禁单离子的动力学特征
7.
Double-Layer Optical-Trap Arrays for Trapping Cold Atoms or Molecules
实现冷原子或冷分子囚禁的双层光阱列阵
8.
The Quantum Motion of Few Trapped Ions Interacting with Laser;
囚禁少离子与激光相互作用系统的量子运动特征
9.
LASER COOLING WITH PHASE-CHANGE HEAT TRANSFER IN MICROGROOVES AND TEC
微槽群相变与热电制冷结合的激光器冷却系统
10.
Theoretical Study on Optical Dipole Traps for Cold Atoms or Molecules Using a Small-hole Diffracted Light Field;
采用圆孔衍射实现冷原子或冷分子光学囚禁的理论研究
11.
A Novel Scheme of the Controllable Eight-well Optical Trap for Cold Atoms or Molecules and its Optical Lattice
囚禁冷原子或冷分子的可控制光学八阱及其晶格新方案
12.
Radiation Cooling in Solid-state Lasers Dropped with Yb～(3+) and Pump Technology;
掺镱固体激光器辐射冷却原理与泵浦技术
13.
Laser Frequency Stabilization of Coherent Population Trapping Atomic Frequency Standard Realized with Digital Servo
数字伺服实现相干布居囚禁原子频标的激光稳频
14.
Supersonic Jet-cooled Laser-induced Fluorescence(LIF) Spectrum of Biacetyl
超声射流冷却丁二酮的激光诱导荧光激发谱
15.
Theoretical Study of Electrostatic Trap for Cold Polar Molecules;
冷分子的静电囚禁及相关理论的研究
16.
Experimental Investigation of Diode Lasers with Grating Feedback and Cooling of Atoms
光栅反馈半导体激光器及原子冷却的实验研究
17.
Experimental measurement study of laser collimation of a chromium beam by Doppler cooling scheme
铬原子束的激光多普勒冷却准直检测实验研究
18.
Evaporation Characteristics of Single R404a Droplet in Laser Treatment of PWS in Conjunction with Cryogen Spray Cooling
激光手术喷雾冷却中R404a液滴的蒸发特性