Large numerical aperture imaging bypass system with dynamic holographic correction for primary mirror distortions

Proceedings of SPIE - The International Society for Optical Engineering

Volumn 3353, Issue , 1998, Pages 889-895

  Vasil'ev, Michael V ^a   Berenberg, Vladimir A ^a   Leshchev, Alexey ^a   Semenov, Pavel M ^a   Venediktov, Vladimir Yu ^a  

^a INSTITUTE FOR LASER PHYSICS   (Russian Federation)

Author keywords

[No Author keywords available]

Indexed keywords

LIGHT; LIGHT MODULATORS; LIGHT SOURCES; LIQUID CRYSTALS; OPTICAL SYSTEMS; PHOTOLITHOGRAPHY; DIFFRACTION; HOLOGRAMS; HOLOGRAPHY; IMAGING SYSTEMS; NONLINEAR OPTICS;

BY-PASS SYSTEMS; DIFFRACTION LIMITEDS; DYNAMIC HOLOGRAMS; HOLOGRAPHIC CORRECTIONS; LIQUID CRYSTAL SPATIAL LIGHT MODULATORS; LUMINOUS OBJECTS; NON-LINEAR OPTICAL; NUMERICAL APERTURES; PRIMARY MIRRORS; BYPASS SYSTEM; DYNAMIC HOLOGRAM; HOLOGRAPHIC CORRECTION; LARGE NUMERICAL APERTURE TELESCOPE; NONLINEAR OPTICAL CORRECTION; SPATIAL LIGHT MODULATOR;

LIGHT MODULATION; OPTICAL TELESCOPES;

EID: 0032277083     PISSN: 0277786X     EISSN: None     Source Type: Conference Proceeding    
DOI: 10.1117/12.321663     Document Type: Conference Paper

References (23)

1. J.Upatnieks, A.VanderLugt, E.Leith, "Correction of Lens Aberrations by Means of Holograms", pl.Opt., v.5, p.589, (1966)
2. H.Kogelni.k, K.S.Pennington, "Holographic Imaging Through a Random Medium", JOSA, v.58, p.273, (1968).
3. Yu.N.Denisuk, S.I.Soskin. Holographic correction of deformation aberrations of the primary mirror of a telescope. Opt. Spektrosc. (USSR), Vol. 31. p. 535-541 (1971).
4. Yu.N.Denisuk, S.I.Soskin. Holographic correction of the aberrations of an optical system caused by deformations of the primary mirror. Opt. Spektrosc. (USSR), Vol. 33, p. 544-546 (1972).
5. J.Munch, R. Wuerker, Holographic technique for correcting aberrations in a telescope, Appl.Opt., v.28, n.7, p. 1312-1317, (1989).
6. J.Munch, R. Wuerker, L.Heflinger, Appl. Opt., Wideband holographic correction of an aberrated telescope objective, v.29, n.16., p.2440-2445, (1990).
7. G.Andersen, J.Munch, P.Veitch, Appl.Opt., Compact, holographic correction of aberrated telescopes, v.36, n.7, p.1427-1432, (1997).
8. O.V.Kulagin, A.A.Leshchev, G.A.Pasmanik, V.G.Sidorovich. Patent USSR 1729221, priority May, 21, 1985, published in «Bulleten izobreteniyi i otkritiyi SSSR», 15, 1992. (In Russian).
9. J.Menders, R.Aprahamian, J.Godden. Proc. of SPIE v. 1044, ,p.256, 1989.
10. A.A.Leshchev, G.A.Pasmanik, V.G.Sidorovich, M.V.Vasil'ev, V.Yu.Venediktov. Compensating the distortions of imaging optical systems using phase conjugation. Izv. Acad. Nauk SSSR, Ser.Fiz., v.55, No.2, p.260-266, 1991. (In Russian).
11. A.A.Leshchev, P.M.Semenov. V.G.Sidorovich, O.V.Solodyankin, M..V.Vasil'ev, V.Yu.Venediktov, Kvantovaya electronika, V. 18, 12, p.1405-1406, 1991. (In Russian).
12. A.A.Leshchev, V.G.Sidorovich, M.V.Vasil'ev, V.Yu.Venediktov, G.A.Pasmanik, Int..J.of Nonl.Opt.Phys.,v.3, No.1, p.89-100, 1994.
13. A.A.Ageichik, S.A.Dimakov, O.G.Kotayev, A.A.Leshchev, Yu.A.Rezunkov, A.L.Safronov, V.E. Sherstobitov, V.V.Stepanov, "Use of dynamic holography technique for correction of aberrations in telescopes", SPIE, v.2771, p.156-163, (1996).
14. A.A.Leshchev, P.M.Semenov, M.V.Vasil'ev, V.Yu.Venediktov, Kvantovaya electronika, v.20, 4, p.317-318, 1993. (In Russian).
15. M.A.Kramer, C.J.Wetterer, T.Martinez, Appl.Opt., One-way imaging through an aberrator with spatialy incoherent light by using an optically addressed spatial light modulator, v.30, n.23,p.3319-3323, (1991).
16. S.Fukushima, T.Kurokawa, M.Ohno, Appl.Phys.Lett., Real-time hologram construction and reconstruction using a high-resolution spatial light modulator, v.58, p.787-789, (1991).
17. V.A.Berenberg, M.V.Vasil'ev, V.Yu.Venediktov, A.A.Leshchev, L.N.Soms. Correcting the aberrations of an objective in a wide spectral range of a liquid-crystal light-controlled spatial light modulator. J.Opt.Technol, v.64, no.9, p.863-864. 1997
18. V.A.Berenberg, A.A.Leshchev, M.V.Vasil'ev, V.Yu.Venediktov. Polychromatic correction for aberration in lenses of telescopic systems using liquid crystal optically addressed spatial light modulator.SPIE,vol.3353,paper145 (this book)
19. J.D.Dowme, "Real-time holographic image correction using bacteriorhodopsin", Appl.Opt.,v.33,n.20, p.4353, (1994).
20. S.A.Dimakov, S.I.Kliment'ev, N.A.Sventiskaya, V.E.Sherstobitov. Compensating the distortions of optical elements by the methods of dynamic holography in white light. Opt. Spektrosc., v.80, p.628-632 (1996).
21. M.T.Gruneisen, K.W.Peters, J.M.Wilkes, Compensated imaging by real-time holography with optically addressed liquid-crystal spatial light modulators, Proceedings SPIE, v.3143, p. 171-181, (1997).
22. N.A.Bezina, A.A.Leshchev, M.V.Vasil'ev, V.Yu.Venediktov. Numerical Simulation of Observational Telescope with the Dynamic Holographic Correction. SPIE vol.3353, paper 95 (this book).
23. K.V.Vendrovsky, A.I.Weitzman. Photographic structurometery. Moscow, Iskusstvo, 1982, p.194 (in Russian).