7[2]Thomas wilson,Curtiss Davis.Hyperspectral Remote Sensing Technology program and the Naval EarthMap Observer(NEMO)satellite[J].Proc SPIE,1998,3437:1-9.
9[20]Edeson R L,Shaughnessy B M,Whalley M S.et al.The mechanical and thermal design and analysis of the VISTA infrared camera[J].Proe.SPIE.2004,5497:508-519.
10[21]Finley P T,Schweickart R B,Hopkins R A.The space infrared telescope facility(SIRTF)cryogenic telescope assembly(CTA)cryogenic and thermal system[J].Cryogenics 2004,44:367-373.
3S. Paul, J. B. Roy, P. K. Basu. Empirical expressions for the alloy composition and temperature dependence of the band gap and intrinsic carrier density in GaxIn1-xAs, J. Appl. Phys, V69(2), 1991,827-829.
4G. H. Olsen, A. M. Joshi, V. S. Ban et al. Multiplexed 256 element InGaAs detector array for 0.8μm - 1.7μm room temperature operation, SPIE, V972,1988, 279-285.
5G. H. olsen, A. M. Joshi, E. Mykietyn et al. Room temperature InGaAs detector arrays for 1.0μm -1.7μm spectroscopy, SPIE, V1107, 1989, 188-195.
6G. H. Olsen, A. M. Joshi, S. M. Mason et al. Room temperature InGaAs detector arrays for 2.5μm,SPIE, V1157, 1989, 276-282.
7G. Olsen, A. Joshi, M. Lange, K. Woodruff et al. A 128× 128 InGaAs detector array for 1.0μm - 1.7μm microns, SPIE, V1341, 1990, 432-437.
8G. H. Osen, A. M. Joshi, V. S. Ban. Current status of InGaAs detector arrays for 1μm - 3μm, SPIE,V1540, 1991, 596-605.
9A. M. joshi, V. S. Ban, S. Mason et al. 512 and 1024 element linear InGaAs detector arrays for near infrared (1μm - 3μm) environmental sensing, SPIE,V1735, 1992, 287-295.
10K. R. Linga, A. M. Joshi, V. S. Ban, et al. 1024element linera InxGa1-xAs/InAsyP1-y detector arrays for environmental sensing from 1μm to 2.6μm,SPIE, V2021, 1993, 90-97.