首页> 外国专利> MICROWAVE RESONANT CAVITY FOR LASER COOLING, MICROWAVE INTERROGATION AND ATOMIC STATE DETECTION IN SITU

MICROWAVE RESONANT CAVITY FOR LASER COOLING, MICROWAVE INTERROGATION AND ATOMIC STATE DETECTION IN SITU

机译:原位激光冷却,微波探伤和原子态检测的微波谐振腔

摘要

A microwave resonant cavity for laser cooling, microwave interrogation, and atomic state detection, comprising a microwave resonant cavity body, two cutoff waveguide end covers, and four waveguides for laser beams and microwave coupling. The cavity feeds not only microwave but also laser beams into the center of the cavity. In a vacuum chamber with target atoms, the target atoms may be trapped and cooled in the center of the cavity. By sequential operation of the resonant microwave and lasers, the microwave resonant cavity of the present invention may manipulate and detect the atomic state population and interrogate the energy level of the cold atoms in situ. The invention may be applied to the fields of atomic frequency standard, interferometer and atomic gyro for developing the miniaturized cold atoms related precision measurement equipment.
机译:一种用于激光冷却,微波询问和原子态检测的微波谐振腔,包括微波谐振腔体,两个截止波导端盖和四个用于激光束和微波耦合的波导。腔不仅将微波馈入,而且还将激光束馈入腔的中心。在具有目标原子的真空室中,目标原子可能会在腔体的中心被捕获并冷却。通过谐振微波和激光器的顺序操作,本发明的微波谐振腔可以操纵和检测原子态种群并就地询问冷原子的能级。本发明可应用于原子频率标准,干涉仪和原子陀螺仪领域,用于开发小型化的冷原子相关精密测量设备。

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