Ten years ago, Forrest presented the first astronomical images with an SBRC 32×32 InSb array camera at the first NASA-Ames Infrared Detector Technology Workshop. Soon after, SBRC began development of 58×62 InSb arrays, both for ground-based astronomy and for SIRTF. By the time of the 1987 Hilo workshop “Ground-based Astronomical Observations with Infrared Array Detectors” astronomical results from cameras based on SBRC 32×32 and 58×62 InSb arrays, a CE linear InSb array, and a French 32×32 InSb CID array were presented. And at the Tucson 1990 meeting “Astrophysics with Infrared Arrays”, it was clear that this new technology was no longer the province of “IR pundits”, but provided a tool for all astronomers. At this meeting, the first astronomical observations with SBRC's new, gateless passivation 256×256 InSb arrays will be presented: they perform spectacularly!
In this review, I can only broadly brush on the interesting science completed with InSb array cameras. Because of the broad wavelength coverage (1–5.5 μm) of InSb, and the extremely high performance levels throughout the band, InSb cameras are used not only in the near IR, but also from 3–5.5 μm, where unique science is achieved. For example, the point-like central engines of AGNs are delineated at L′ and M′, and Brα and 3.29 μm dust emission images of galactic and extragalactic objects yield excitation conditions. Examples of imaging spectroscopy, high spatial resolution imaging, as well as deep, broad-band imaging with InSb cameras at this meeting illustrate the power of InSb array cameras.
Key wordsInSb arrays Infrared arrays Ground-based astronomy SIRTF
Unable to display preview. Download preview PDF.
- Bally, J. and Lane. A.P.: 1991, Astrophysics with Infrared Arrays, ed. R. Elston, PASP Conference Series 14, 273Google Scholar
- Bally, J., Lada, E., and Lane, A.P.: 1993, Astrophysical Journal, in pressGoogle Scholar
- BregmanJ.D., RankD., TemiP., HudginsD., and KayL.: 1993, Astrophysical Journal 411, 794Google Scholar
- ForrestW.J., ShureM.A., PipherJ.L., and WoodwardC.E.: 1987, AIP Proc. 155, 153Google Scholar
- FowlerA.M. and GatleyI.: 1990, Astrophysical Journal, Letters to the Editor 353, L33Google Scholar
- Gatley, I., and Merrill, K.M.: 1993, SPIE Proc. 1946, in pressGoogle Scholar
- GrahamJ.R., SerabynE., HerbstT.M., MatthewsK., NeugebauerG., SoiferB.T., WilsonT.D., and BeckwithS.: 1993, Astronomical Journal 105, 250Google Scholar
- HerbstT.M., BeckwithS.V.W., ForrestW.J., and PipherJ.L.: 1993, Astronomical Journal 105, 956Google Scholar
- Howard, E., Pipher, J.L., and Forrest, W.J.: 1993, Astrophysical Journal, submittedGoogle Scholar
- Knop, R.A., Soifer, B.T., Graham, J.R., Matthews, K., Sanders, D.B., and Scoville, N.Z.: 1993, Astrophysical Journal, submittedGoogle Scholar
- LenzenR., HodappK.W., and SolfJ.: 1984, Astronomy and Astrophysics 137, 210Google Scholar
- Solomon, S., Garnett, J.D., and Chen, H.: 1993a, SPIE Proc. 1946, in pressGoogle Scholar
- Solomon, S., Libonate, S.L., and Forrest, W.J.: 1993b, Astrophysical Journal in preparationGoogle Scholar
- TorrellesJ.M., Verdes-MontenegroL., HoP.T.P., RodriguezL.F., and CantoJ.: 1993, Astrophysical Journal 410, 102Google Scholar
- TurnerP.C., ForrestW.J., PipherJ.L., and ShureM.A.: 1992, Astrophysical Journal 393, 648Google Scholar
- WoodwardC.E., ForrestW.J., PipherJ.L., MonetiM.A., and ShureM.A.: 1989a, Astrophysical Journal 337, 754Google Scholar
- WoodwardC.E., PipherJ.L., ShureM., and ForrestW.J.: 1989b, Astrophysical Journal 342, 860Google Scholar