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Basic principles in spectro-imaging Foreword on Marseilles Observatory - 3D spectroscopic methods

Published online by Cambridge University Press:  12 April 2016

G. Courtès
G. Courtès*
Affiliation:
Observatoire de Marseille, 2 Place Le Verrier, 13248 Marseille Cedex 4, France, and Laboratoire d’Astronomie Spatiale du CNRS, Traverse du Siphon, 13012 Marseille, France

Abstract

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Focal reducers provide efficient solutions to the drawbacks introduced by the large focal length of direct foci on large modern telescopes. They house a variety of spectroscopic devices, and lead to various families of spectroimagers. Rational filterings, BPM irmltisimultaneous bandwidths, extreme spectral resolution of the field scanner interferometers (Tully’s first design, Taurus, Cigale) and their image reconstruction, as well as the possibility to obtain the spectra of all image elements of the field owing to the new (Tiger and Silfid) integral field spectrographs sometimes combined with Fabry Perot Interferometers (Pytheas) are now within reach. In classical spectrography the focal reducer leads to the optimized size Baranne’s white pupil spectrograph.

Type
1. Basic Principles, Focal Reducers
Information
International Astronomical Union Colloquium , Volume 149: Tridimensional Optical Spectroscopic Methods in Astrophysics , 1995 , pp. 1 - 11
Copyright
Copyright © Astronomical Society of the Pacific 1995

References

Amram, P., Marcelin, M., Bonnarel, F., Boulesteix, J., Afanasiev, V.L., & Dodonov, S.N. 1992, A&A, 69, 74 Google Scholar
Atherton, P.D., & Reay, N.K. 1981, MNRAS, 197, 507 CrossRefGoogle Scholar
Bacon, R., Adam, G., Baranne, A., Courtes, G., Dubret, D., Dubois, J.P., Georgelin, Y., Monnet, G., Pecontal, E., & Urios, J. 1988, ESO conf. VLT instrumentation, Garching, p. 1185 Google Scholar
Bacon, R., Adam, G., Baranne, A., Courtès, G., Dubet, D., Dubois, J.PP, Emsellem, E., Ferrait, P., Georgelin, Y.P., Monnet, G., Pecontal, E., Rousset, A. & Sayède, F. 1994, A&A, (submitted)Google Scholar
Baranne, A. 1988, ESO conf. VLT instrumentation, Garching, p. 1195 and 1141 Google Scholar
Bland, J., & Tully, B. 1989, AJ, 98, 723 Google Scholar
Bonnet, R.M., & Courtès, G. 1962, Ann. Astrophys., 25, 367 Google Scholar
Boulesteix, J., Courtès, G., Laval, A., & Monnet, G. 1974, Publ. ESO/CERN Conf. on Research Programs for the new large telescopes, Geneva, p. 221 Google Scholar
Boulesteix, J., Georgelin, Y.P., Marcelin, M., & Monnet, G. 1983, SPIE Conf. Inst. Astron. V 445, 37 Google Scholar
Bowen, , 1962, Private Communication in “Courtès, G., 1963, Instruments et Techniques, Bull. Astr. Paris, XXIV, fase. 2, 239”Google Scholar
Caplan, J., Perrin, J.M., & Sivan, J.P. 1985, A&A, 145, 221 Google Scholar
le Coarer, E., Amram, P., Boulesteix, J., Georgelin, Y.M., Georgelin, Y.P., Marcelin, M., Joulié, P., & Urios, J. 1992, A&A, 257, 389 Google Scholar
Courtès, G. 1952, C.R. Acad. Sciences, 234, 506 Google Scholar
Courtès, G. 1960, Ann. Astrophys., 23, 115 Google Scholar
Courtès, G. 1964, AJ, 69, 325 CrossRefGoogle Scholar
Courtès, G., & Viton, M. 1965, Ann. Astrophys., 28, 691 Google Scholar
Courtès, G. 1973, Vistas in Astronomy, 14, 81 Google Scholar
Courtès, G. 1980, 1er Coll. du Comité Français du Télescope Spatial, Toulouse, Photométrie bidimensionnelle, 241-269Google Scholar
Courtès, G. 1982, IAU Symp. 67, 123 Google Scholar
Courtès, G., Cruvellier, P., Detaille, M., & Saisse, M. 1983, Progress in Optics, Ed. Wolf, E., North Holland Publish. Company, 1–61 Google Scholar
Courtès, G., Donas, J., Mauron, N., Vanderriest, C. & Schneider, J. 1985, LASMATRA, HST Faint Object Camera, Second Generation Instrument, doc. AO.OSSA.4.84,1-110Google Scholar
Courtès, G., Petit, J.P., Sivan, J.P., Dodonov, S., & Petit, M. 1987, A&A, 174, 28 Google Scholar
Courtès, G., Georgelin, Y., Bacon, R., Boulesteix, J., & Monnet, G. 1987, IAU Symp. Santa-CruzGoogle Scholar
Courtès, G. 1988, Proceedings ESO conf. VLT instrumentation, Garching, p. 1141 Google Scholar
Foy, R., Foy, F.C., Quatrehomme, F., Thiébaut, E., Blazit, A., Bonneau, D., Tallon-Bosc, I., Talion, M., Baranne, A., & Thom, Ch. 1992, Colloque Danemark, Ed. Andersen, Google Scholar
Georgelin, Y. 1987, Private CommunicationGoogle Scholar
Gezari, D.G., Labeyrie, A., & Stachmik, R.V. 1972, AJ, 173, Ll Google Scholar
Geyer, E.H., & Nelles, B. 1984, IAU Colloque No 79, Garching ESO, 575 Google Scholar
Gunn, J.E., & Westphal, J.A. 1981, SPIE, Solid sate Images for Astronomy, Vol. 290, 16 Google Scholar
Harris, W.E. 1988, CFHT Information Bulletin 18, 14–15 Google Scholar
Jacquinot, P. 1958, Le Journal de physique et le radium, t. 19, p. 223 Google Scholar
Le Coarer, E., Amram, P., Boulesteix, J., Georgelin, Y.M., Georgelin, Y.P., Marcelin, M., Joulié, P. & Urios, J. 1992, A&A, 257, 389 Google Scholar
Lelièvre, G., & Arnaud, J. 1988, CFHT, Information Bulletin 18 Google Scholar
Lelièvre, G., Wlérick, G., Sebag, J. & Bijaoui, , 1994, C.R. Acad. Sciences Paris, 318, 905 Google Scholar
Lemaitre, G., Comte, G., & Picat, J.P. 1994 (submitted)Google Scholar
Lemonnier, J.P., Baudrand, J., Casse, M., Cuby, J.G. & Felenbok, P. 1993, VLT-PLA-FUE-13300-0014, Fuegos design reportGoogle Scholar
Meinel, M. 1956, ApJ, 124, G52 Google Scholar
Sayede, F. 1991, Thesis, Lyon University Google Scholar
Seifert, W., Mitsch, W., Nicklos, H. & Ruppredit, G. 1994, SPIE Symp. on Astronomical telescopes (18 march) Preprint ESO No 63Google Scholar
Sivan, J.-P. 1974, A&AS 16, 163 Google Scholar
Struve, O. 1955, Sky and Telescope, XIV, 93 Google Scholar
Taylor, K. & Atherton, P.D. 1980, MNRAS, 191, 675 Google Scholar
Tully, B. 1974, ApJ, 27, 415 Google Scholar
Vanderriest, C., Courtès, G., Donas, J. 1984, J. of Optics, 15, 237 Google Scholar
Westphal, J.A. 1979, WF/PC GSFC - Preliminary design review package (CM 04) (NASA Doc.)Google Scholar