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Multi-Fiber Spectroscopy by Wide-Field Telescopes

Published online by Cambridge University Press:  07 August 2017

F. G. Watson
F. G. Watson*
Affiliation:
Royal Greenwich Observatory

Abstract

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Fiber-fed multi-object systems are now the preferred instruments for gathering spectroscopic data on survey scales. The technique lends itself particularly well to telescopes with fields of 30 arcminutes or more. This paper gives a broad overview of the instrumental considerations involved in its implementation.

Type
Section I — Review Papers
Information
Symposium - International Astronomical Union , Volume 167: New Developments in Array Technology and Applications , 1995 , pp. 287 - 294
Copyright
Copyright © Kluwer 1995 

References

Note: the abbreviations FOA1 and FOA2 refer, respectively, to Fiber Optics in Astronomy, Barden, S. C., ed., ASP Conference Series, 3, and Fiber Optics in Astronomy II, Gray, P. M., ed., ASP Conference Series, 37.Google Scholar
Arribas, S., Mediavilla, E. and Rasilla, J. L. 1993 In FOA2, 322.Google Scholar
Baranne, A. 1988 In Very Large Telescopes and their Instrumentation, Ulrich, M.-H., ed., European Southern Observatory, 1195.Google Scholar
Barden, S. C., Elston, R., Armandroff, T. and Prior, C. P. 1993 In FOA2, 223.Google Scholar
Barden, S. C. and Wade, R. A. 1988 In FOA1, 113.Google Scholar
Bedding, T., Gray, P. and Watson, F. 1993 In FOA2, 181.Google Scholar
Bingham, R. G., Gellatly, D. W., Jenkins, C. R. and Worswick, S. P. 1994 In Instrumentation in Astronomy. VIII., Crawford, D. L. and Craine, E. R., eds., Proc. SPIE 2198, 56.Google Scholar
Dallier, R., Baudrand, J. and Cuby, J. G. 1993 In FOA2, 310.Google Scholar
Dawe, J. A. and Watson, F. G. 1984 In Astronomy with Schmidt-type Telescopes, Capaccioli, M., ed., D. Reidel, Dordrecht, p. 181.CrossRefGoogle Scholar
Donelly, R. H., Brodie, J. P. and Craig, W. W. 1993 In FOA2, 270.Google Scholar
Felenbok, P., Cuby, J. G., Lemonnier, J- P., Baudrand, J., Casse, M., Andre, M., Czarny, J., Daban, J- B., Marteaud, M. and Vola, P. 1994 In Instrumentation in Astronomy. VIII., Crawford, D. L. and Craine, E. R., eds., Proc. SPIE 2198, 115.Google Scholar
Gray, P. M. 1984 In Instrumentation in Astronomy. Boksenberg, V. A. and Crawford, D. L., eds., Proc. SPIE 445, 57.Google Scholar
Gray, P., Taylor, K., Parry, I., Lewis, I. and Sharpies, R. 1993 In FOA2, 145.Google Scholar
Haynes, R. and Parry, I. R. 1994 In Instrumentation in Astronomy. VIII., Crawford, D. L., Craine, E. R., eds., Proc. SPIE 2198, 572.Google Scholar
Hill, J. M. 1988 In FOA1, 77.Google Scholar
Hill, J. M, Angel, J. R. P., Scott, J. S., Lindley, D. and Hinzen, P. 1982 In Instrumentation in Astronomy. IV., Crawford, D. L., ed., Proc. SPIE 331, 279.Google Scholar
Hill, J. M. and Lesser, M. P. 1986 In Instrumentation in Astronomy. VI., Crawford, D. L., ed., Proc. SPIE 627, 303.Google Scholar
Jenkins, C. R., Gellatly, D. W., Bingham, R. G. and Worswick, S. P. 1993 In FOA2, 209.Google Scholar
Levin, K. H., Tran, D. C., Kindler, E., Glenar, D. and Joyce, R. 1993 In FOA2, 295.Google Scholar
Levin, K. H., Tran, D. C. and Mossadegh, R. 1988 In FOA1, 23.Google Scholar
Marx, S. 1994 In IAU Colloquium No. 148, Future Utilization of Schmidt Telescopes, in press.Google Scholar
Nelson, G. 1988 In FOA1, 2.Google Scholar
Owen, R. E., Siegmund, W. A., Limmongkol, S. and Hull, C. L. 1994 In Instrumentation in Astronomy. VIII., Crawford, D. L. and Craine, E. R., eds., Proc. SPIE 2198, 110.Google Scholar
Parry, I. R. and Gray, P. M. 1986 In Instrumentation in Astronomy. VI., Crawford, D. L., ed., Proc. SPIE 627, 118.Google Scholar
Parry, I. R. and Carrasco, E. 1990 In Instrumentation in Astronomy. VII., Crawford, D. L., ed., Proc. SPIE 1235, 702.Google Scholar
Parry, I. R., Lewis, I. J., Sharpies, R. M., Dodsworth, G. N., Webster, J., Gellatly, D. W., Jones, L. R. and Watson, F. G. 1994 In Instrumentation in Astronomy. VIII. Crawford, D. L. and Craine, E. R., ed., Proc. SPIE 2198, 125.Google Scholar
Parry, I., Lewis, I. and Watson, F. 1994 Spectrum, No. 4, 20.Google Scholar
Pitz, E. 1993 In FOA2, 20.Google Scholar
Pitz, E., Lorenz, H. and Elsässer, H. 1993 In FOA2, 166.Google Scholar
Ramsey, L. W. 1988 In FOA1, 26.Google Scholar
Taylor, K. and Gray, P. 1994 In Instrumentation in Astronomy. VIII., Crawford, D. L. and Craine, E. R., ed., Proc. SPIE 2198, 136.Google Scholar
Taylor, K. and Parry, L. 1994 personal communication.Google Scholar
Watson, F. G. 1984 MNRAS 206, 661.Google Scholar
Watson, F. G. 1986 In Instrumentation in Astronomy. VI., Crawford, D. L., ed., Proc. SPIE 627, 787.Google Scholar
Watson, F. G. 1994a In IAU Colloquium No. 148, Future Utilization of Schmidt Telescopes, in press.Google Scholar
Watson, F. 1994b In Wide-Field Spectroscopy and the Distant Universe, (35th Herstmonceux Conference), World Scientific, in press.Google Scholar
Watson, F. 1995, in preparation.Google Scholar
Watson, F. G., Gray, P. M., Oates, A. P., Lankshear, A. and Dean, R. G. 1993 In FOA2, 171.Google Scholar
Watson, F. G. and Parker, Q. A. 1994 In Instrumentation in Astronomy. VIII., Crawford, D. L. and Craine, R. E., eds., Proc. SPIE 2198, 65.Google Scholar
Watson, F. and Terry, P. 1993 Gemini, No. 42, 32.Google Scholar
Worswick, S. P., Gellatly, D. W., Ferneyhough, N. K., Terry, P., Weise, A. J., Bingham, R. G., Jenkins, C. R. and Watson, F. G. 1994 In Instrumentation in Astronomy. VIII., Crawford, D. L. and Craine, E.R., eds., Proc. SPIE 2198, 44.Google Scholar