空间三轴环形谐振腔综合失谐误差的消除方法

To the best of our knowledge, the generalized ray matrix, an augmented 5×5 ray matrix for a spherical mirror reflection with all the possible perturbation sources including three kinds of displacements and its detailed deducing process have been proposed in this paper for the first time. Square ring resonators and monolithic triaxial ring resonators have been chosen as examples to show its application, and some novel results of the optical-axis perturbation have been obtained. A novel method to eliminate the diaphragm mismatching error and the gain capillary mismatching error in monolithic triaxial ring resonators more effectively has also been proposed. Both those results and method have been confirmed by related experiments and the experimental results have been described with diagrammatic representation. This generalized ray matrix is valuable for ray analysis of various kinds of resonators. These results are important for the cavity design, cavity improvement and alignment of high accuracy and super high accuracy ring laser gyroscopes.

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空间三轴环形谐振腔综合失谐误差的消除方法

Cited by 6 publications

References 3 publications

General beam position controlling method for 3D optical systems based on the method of solving ray matrix equations

General beam position controlling method for 3D optical systems based on the method of solving ray matrix equations

Numerical analysis on the dielectric dispersion of a micro-strip ring resonator

Generalized ray matrix for spherical mirror reflection and its application in square ring resonators and monolithic triaxial ring resonators

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