Bibliographic Details
| Title: |
Rotationally tunable two-beam interferometer with a fixed photosensitive element. Part I. Interferometer based on a beam-splitter cube. |
| Authors: |
Ugozhaev, V. |
| Source: |
Optoelectronics Instrumentation & Data Processing; Mar2016, Vol. 52 Issue 2, p153-160, 8p |
| Abstract: |
A two-beam interferometer based on a beam-splitter cube with a fixed photosensitive element is proposed. The interferometer is designed for generating interference patterns with a tunable period. The only type of motion resulting in a change in the period is interferometer rotation with respect to the source of the light beam. The greatest width of the range of convergence angle tuning is close to 50°, and possible values of this angle lie in the interval from 10 to 180°. The interferometer arms have identical lengths owing to its symmetry. The absence of adjustment elements ensures high stability of the instrument with respect to vibrations. [ABSTRACT FROM AUTHOR] |
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