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Ground Layer Adaptive Optics
Authors:Norbert Hubin   Robin Arsenault   Ralf Conzelmann   Bernard Delabre   Miska Le Louarn   Stefan Stroebele  Remko Stuik
Affiliation:aEuropean Southern Observatory, Karl Schwarzschild Strasse 2, 85748 Garching Bei München, Germany;bLeiden Observatory, P.O. Box 9513, NL-2300 RA, Leiden, The Netherlands
Abstract:We will introduce the present knowledge of the turbulence profile View the MathML source and in particular we will emphasise the existence of a turbulence layer close to the ground. Then we will present the concept of Ground Layer Adaptive Optics and will provide estimates of performance expected from such systems and their potential for astronomical applications. Finally we will provide practical implementation concepts for two instruments at the VLT, MUSE and HAWK-I using multi-Laser Guide Stars and a large Deformable Secondary Mirror. The latter will also be described as its use is optimum for GLAO systems. To cite this article: N. Hubin et al., C. R. Physique 6 (2005).
Keywords:Adaptive Optics   Ground Layer Adaptive Optics   Laser Guide Star   Laser Tomography   Turbulence profile   Ensquared Energy   Point Spread Function   Deformable secondary mirror   GRAAL   GALACSI   MUSE   HAWK-I   ASSISTMots-clé  s: Optique Adaptative   Correction de la couche atmosphé  rique basse altitude   É  toile artificielle laser   Tomographie laser   Profile de turbulence   É  nergie encerclé  e   Fonction d'Etalement de Point   Miroir secondaire dé  formable   GRAAL   GALACSI   MUSE   HAWK-I   ASSIST
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