Showing 1–19 of 19 results
/ Date/ Name
May 28, 2010Wind speed vertical distribution at Mt. GrahamJan 4, 2010A different glance to the site testing above Dome CJun 20, 2008Comparison of the atmosphere above the South Pole, Dome C and Dome A: first attemptFeb 1, 2010Study of the winter 2005 Antarctica polar vortexJan 9, 2010Optical Turbulence above the Internal Antarctic PlateauNov 11, 2013On the comparison between MASS and G-SCIDAR techniquesSep 26, 2013MOSE: optical turbulence and atmospherical parameters operational forecast at ESO ground-based sites. I: Overview and atmospherical parameters vertical stratification on [0-20] kmNov 25, 2010Mt. Graham: Optical turbulence vertical distribution at standard and high vertical resolutionDec 21, 2012MOSE: a feasibility study for optical turbulence forecasts with the Meso-Nh mesoscale model to support AO facilities at ESO sites (Paranal and Armazones)Jan 8, 2010Optical turbulence vertical distribution with standard and high resolution at Mt. GrahamNov 21, 2011Re-calibrated Generalized-Scidar measurements at Cerro Paranal (VLT's site)Jun 1, 2009Mesoscale Optical Turbulence simulations at Dome CJan 21, 2010Comparison of the atmospheric properties above Dome A, Dome C, and the South PoleNov 25, 2010Optical turbulence: site selection above the internal Antarctic plateau with a mesoscale modelMay 13, 2011Optical turbulence simulations at Mt Graham using the Meso-NH modeFeb 1, 2010Numerical simulations of Optical Turbulence at low and high horizontal resolution in Antarctica with a mesoscale meteorological modelDec 22, 2009The widest contiguous field of view at Dome C and Mount GrahamFeb 17, 2010Comparison of the atmosphere above the South Pole, Dome C and Dome A: first attemptAug 23, 2016Operational optical turbulence forecast for the Service Mode of top-class ground based telescopes