'Sky background' presentation slideshows

TAOS photometry using IRAF

2002 ASIAA Summer Student Program. TAOS photometry using IRAF. Shao-Er Chuang Department of Earth sciences, National Taiwan Normal University, Supervisor Jen-Hung Wang, Sun-Kun King Institute of Astronomy and Astrophysics, Academia Sinica. Outlines. Introduction Data reduction

581 views • 37 slides

VST ATLAS: Requirements, Operations and Products

373 views • 29 slides

Clio: 3-5 ? m planet-finding AO camera

Clio: 3-5 ? m planet-finding AO camera. First planet. Ari Heinze (Steward Observatory) Collaborators: P. Hinz (Steward), S. Sivanandam (Steward), M. Freed (Optical Sciences), A. Breuninger (Steward). 3-5 ? m Window. High Background Warm Telescope Variable and High Sky Flux

412 views • 25 slides

283 views • 22 slides

SKY BACKGROUND CALIBRATION and CORRECTION

322 views • 21 slides

Lecture XIII: Galaxy Surveys, Part 1

345 views • 20 slides

Basic Feasibility for the LXO

191 views • 19 slides

Performance aspects of the instrument

Performance aspects of the instrument. M. Bertaina Univ. Torino & INFN. EUSO Balloon Phase A Review Meeting, CNES Toulouse, February 2 nd 2012. Functional Requirements. R-4.1-1 Background imaging

308 views • 17 slides

Treasure Hunting

Treasure Hunting. JIADI YANG, XIAOQIONG SU, QIQI GU. Maze. Sky background. Match Man. Fog. Health Bar. Trap. Flag. Small Minion. Jumping. Dying. Treasure. ?. Character.

304 views • 13 slides

Throughput and emissivity performance budgets

Throughput and emissivity performance budgets. Antonin Bouchez NGAO Team Meeting #5 March 7, 2007. Transmission spectra. Temp. Emission spectra. Spectrum (Krisciunas 1997). Sky. N/A. Sky. ?. +. Telescope primary (aluminum). Spectrum (Denton). 275.5 K. Telescope primary. ?. +.

162 views • 9 slides

MOAO vs MCAO Trade Study (Supplementary Material)

MOAO vs MCAO Trade Study (Supplementary Material). Donald Gavel UCO/Lick Observatory December 12, 2006. Merit Function for MOAO deployable IFU. From carlberg@astro.utoronto.ca Thu Jul 22 07:45:11 2004 merit = L * W * N_IFU * sqrt(N_slitlets) * e/sqrt(1+b_ins/b_sky)

126 views • 3 slides