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Qualification de IONIC, instrument de recombinaison ...

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tel-00010396, version 1 - 4 Oct 2005<br />

BIBLIOGRAPHIE 213<br />

Delplancke, F. , Lévêque, S. , Kervella, P. , Glin<strong>de</strong>mann, A. et al. 2000, Phase-<br />

referenced imaging and micro-arcsecond astrometry with the VLTI, dans Proc. SPIE 4006:<br />

Interferometry in optical astronomy, pp. 365–376.<br />

Duchêne, Y. 1999, Intégration et caractérisation d’une caméra interférométrique en optique<br />

intégrée, Rap. tech., LAOG / LETI.<br />

El-Sabban, S. 2001, Thèse <strong>de</strong> doctorat, Institut National Polytechnique <strong>de</strong> Grenoble.<br />

Feautrier, P. , Geoffray, H. , Petmezakis, P. , Monin, J. et al. 1994, 1- to 5-um<br />

imaging <strong>de</strong>tector for the ADONIS adaptive optics system, dans Proc. SPIE Vol. 2268,<br />

p. 386-397, Infrared Spaceborne Remote Sensing II, Marija S. Scholl; Ed., vol. 2268, pp.<br />

386–397.<br />

Fick, J. , Martruci, A. et Guglielmi, M. 2000, Fabrication of erbium dopes channel<br />

wavegui<strong>de</strong>s by a combination of ion exchange and sol-gel techniques, J. Sol-Gel Science<br />

and Tech. 19, 573.<br />

Fizeau, H. 1868, Prix Bordin : rapport sur le concours <strong>de</strong> l’année 1867, C.R. Acad. Sci.<br />

Paris 66, 932.<br />

Froehly, C. 1982, Coherence and Interferometry Through Optical Fibers, dans Scientific<br />

Importance of High Angular Resolution at Infrared and Optical Wavelengths, pp. 285+.<br />

Gambling, W. A. , Matsumura, H. et Ragdale, C. M. 1979, Opt. Quantum Electron.<br />

11, 43.<br />

Ghibaudo, E. 2000, Etu<strong>de</strong> et réalisation d’un extracteur <strong>de</strong> longueur d’on<strong>de</strong> en optique<br />

intégrée, Rapport <strong>de</strong> <strong>de</strong>a, Institut National Polytechnique <strong>de</strong> Grenoble.<br />

Glin<strong>de</strong>mann, A. , Abuter, R. , Carbognani, F. , Delplancke, F. et al. 2000, The<br />

VLT Interferometer: a unique <strong>instrument</strong> for high-resolution astronomy, dans Proc. SPIE<br />

4006: Interferometry in optical astronomy, pp. 2–12.<br />

Haniff, C. A. , Mackay, C. D. , Titterington, D. J. , Sivia, D. et al. 1987, The<br />

first images from optical aperture synthesis, Nature 328, 694.<br />

Izawa, T. et Nakagome, H. 1972, Optical wavegui<strong>de</strong>s formed by electrically induced<br />

migration of ions in glass plates, Appl. Phys. Lett. 21, 584.<br />

Jennison, R. C. 1958, A phase sensitive interferometer technique for the measurement of<br />

the Fourier transforms of spatial brightness distributions of small angular extent, Mon.<br />

Not. of the Royal Astron. Soc. 118, 276.<br />

Jeunhomme, L. B. 1983, Single-mo<strong>de</strong> fiber optics, Principles and Applications, Marcel<br />

Dekker Inc.<br />

Kern, P. , Malbet, F. , Schanen-Duport, I. et Benech, P. 1996, Integrated optics<br />

single-mo<strong>de</strong> interferometric beam combiner for near infrared astronomy, dans P. Kern et<br />

F. Malbet (éditeurs), Proc. Astrofib’96: Integrated optics for astronomical interferometry,<br />

Grenoble.

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