散弹噪声极限稳定度优于1×10-13τ-1/2的铷频标物理系统
聂帅1,2,3,王鹏飞1,2,*(
),赵峰1,2,王芳1,2,明刚1,2,邱紫敬1,2,康松柏1,2,梅刚华1,2,*()
),赵峰1,2,王芳1,2,明刚1,2,邱紫敬1,2,康松柏1,2,梅刚华1,2,*()
A Physics Package with Shot-noise Limited Frequency Stability Better Than 1×10-13τ-1/2 for Rubidium Atomic Frequency Standards
Shuai NIE1,2,3,Peng-fei WANG1,2,*(),Feng ZHAO1,2,Fang WANG1,2,Gang MING1,2,Zi-jing QIU1,2,Song-bai KANG1,2,Gang-hua MEI1,2,*()
),Feng ZHAO1,2,Fang WANG1,2,Gang MING1,2,Zi-jing QIU1,2,Song-bai KANG1,2,Gang-hua MEI1,2,*()
图2. 光路准直后光在吸收泡入光面、吸收泡出光面、光电池位置处的光强分布
Fig.2. Light intensity distribution in the incident surface of absorption cell, the exit surface of absorption cell, and photovoltaic battery
