Open AccessStudy of a spherical vibration-insensitive optical reference cavity
Author(s) -
Lei Ren,
Sha Zhu,
Guan Xu,
Zhaohua Wang,
Zhongxun Deng,
Yuanchen Wei,
Jin Huang,
Li Zeng-Sheng,
Jing Gao,
Jie Liu,
Linbo Zhang,
Ruifang Dong,
Tao Liu,
Yongfang Li,
Shougang Zhang
Publication year - 2014
Publication title -
wuli xuebao
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.199
H-Index - 47
ISSN - 1000-3290
DOI - 10.7498/aps.63.090601
Subject(s) - vibration , sensitivity (control systems) , acceleration , optics , position (finance) , optical cavity , materials science , machining , laser , physics , acoustics , classical mechanics , finance , electronic engineering , engineering , economics , metallurgy
We have investigated the vibrational sensitivity of a horizontal-mounted spherical reference cavity, which can be applied to develop an ultra-stable laser. Effects of different magnitudes of height and area as well as acceleration of the cavity support points on the length variation of the cavity are studied. When the cavity support points are totally constrained, the vibration sensitivity can be reduced to below 3.0×10-10/g. After performing extensive numerical simulations, we can find the optimal support position. According to the obtained results we present the mounting scheme of the spherical cavity. Taking into consideration the machining errors, near-horizontal mounting, and unsymmetrical mounting of the cavity, we can describe quantitatively the length variation of the cavity caused by these three factors. We also discuss the contribution of the second order effect to the length variation of the cavity.