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Brown, R.A. and Soummer, R., “New Completeness Methods for Estimating Exoplanet Discoveries by Direct Detection,” ApJ, V. 715, No. 1, pp. 122-131 (2010) Postman, M., “Science Drivers for the Next Generation UVOIR Space Telescope,” AAS Boston meeting (2014) Feinberg, L. et al, “A cost-effective and serviceable ATLAST 9.2-m telescope architecture,” SPIE 9143 (2014) Guyon, O., Matsuo, O. and Angel, R., “Coronagraphic Low Order Wavefront Sensor: Principle and Application to a Phase-Induced Amplitude Coronagraph,” ApJ, V. 693 (2009) Pueyo, L. and Norman, C., “High-contrast Imaging with an Arbitrary Aperture: Active Compensation of Aperture Discontinuities,” ApJ, V. 769, No. 2 (2013) Lyon, R. G., Clampin, M., Petrone, P., Mallik, U., Madison, T., and Bolcar, M. R. “High contrast vacuum nuller testbed contrast, performance, and null control,” SPIE 8442 (2012) M., et al. “DAVINCI, a dilute aperture visible coronagraph instrument,” SPIE 7013 (2008) S. et al, Exo-S: Starshade Probe-Class Exoplanet Direct Imaging Mission Concept, JPL CL#14-1548 (2014) J. and Shaklan, S., “Optimizing coronagraph designs to minimize their contrast sensitivity to low-order optical aberrations,” SPIE 5170 (2003) G., Barrett, D., Bolton, J., Dahl, R., Michaels, E., Mallette, M., Johnson, J., “Kodak AMSD mirror program: overview and cryo test results,” SPIE 5180 (2004) J., Weaver , G., and Redding, D. “Silicon Carbide for Space Optics,” AAS Annual Meeting (2012)
ATLAST_SPIE_9413-33_2014.docx