Chinese Optics, Volume. 16, Issue 3, 535(2023)
Assembling and test method for main focus survey telescope based on curvature sensing
Fig. 2. Time and spatial resolution of wavefront sensor measurement
Fig. 3. Wavefront restoration accuracy verification experiment results. (a) Pre-focal light intensity distribution; (b) light intensity distribution of extra focus; (c) reconstructed wavefront; (d) original wavefront
Fig. 4. Wavefront perception under the influence of 1-μm Jitter. (a) Pre-focal light intensity distribution; (b) light intensity distribution of extra focus; (c) reconstructed wavefront; (d) comparison of reconstructed wavefront and original wavefront
Fig. 5. The defocus donut and system wavefront under rotation around the offset point. (a) First corrected defocus donut; (b) second corrected defocus donut; (c) third corrected defocus donut; (d) first corrected system wavefront; (e) second corrected system wavefront; (f) third corrected system wavefront
Fig. 6. Verification platform using single lens and its verification results. (a) Schematic diagram of optical path; (b) experimental set up diagram; (c) inter focus intensity distribution; (d) extra focus intensity distribution; (e) wavefront solution results; (f) low order aberration estimation
Fig. 7. Verification results of field experiment. (a) Intensity distribution of intra focus; (b) intensity distribution of extra focus; (c) wavefront solution results
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Qi-chang AN, Xiao-xia WU, Hong-wen LI, Yu-qi CAI. Assembling and test method for main focus survey telescope based on curvature sensing[J]. Chinese Optics, 2023, 16(3): 535
Category: Original Article
Received: Jan. 6, 2023
Accepted: --
Published Online: May. 31, 2023
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