摘要
就气体压强对激光陀螺偏频特性影响进行了理论与实验研究.理论推导发现,激光陀螺内部的He-Ne气体压强对其偏频量有重要影响.He-Ne气体比率一定时,偏频量与其内部压强成线性关系.在不同气压下对激光陀螺偏频量与压强的关系进行了实验验证,实验结果与典型参量下的理论结果吻合得较好;给出了不同比率下激光陀螺偏频量与其压强的关系曲线.
Biasing effect of Zeeman laser gyroscope affected by the pressure has been studied theoretically and experimentally.It is found through the theoretical analysis that the pressure of He-Ne gas will considerably affect biasing value of the gyroscope,which indicates that the value linearly depends on the pressure of the gas with the ratio unchanged.The relationship between the biasing value and the intensity of pressure with typical parameters was then theoretically presented.Biasing value was further measured with different pressure.The comparison between the theoretical result with the measurement shows good agreement and hence verifies the validity of the theoretical model;the biasing value correlation to intensity of pressure has been showed.The research will provide theoretical basis for choosing the intensity of pressure of He-Ne gas,which is of practically importance for Zeeman laser gyroscope design consideration.
出处
《光子学报》
EI
CAS
CSCD
北大核心
2007年第5期785-788,共4页
Acta Photonica Sinica
关键词
激光陀螺
塞曼效应
偏频
压强
比率
Laser gyro
Zeeman effect
Biasing
Pressure
Ratio
