Aims. Within the framework of site qualification for the future European large telescope E-ELT, a campaign of measurements was carried out for ten nights in December 2007 at Paranal using six independent instruments. Methods. To characterize the optical turbulence, two techniques were used: the statistical analysis of the fluctuations of the angle of arrival and the scintillation of the observed objects which are, in this case, a single star for DIMM, GSM, and MASS, a double star for Cute-SCIDAR, and Moon limb for MOSP and LuSci. Results. The optical parameters measured in this campaign and presented here are the seeing, the isoplanatic angle, the coherence time, an...
Ground-based photometry of bright stars is expected to be limited by atmospheric scintillation, alth...
Local atmospheric turbulence at the telescope level is regarded as a major reason for affecting the ...
In preparation to characterize the Giant Magellan Telescope site and guide the development of its ad...
Aims. Within the framework of site qualification for the future European large telescope E...
2011In order to improve the observation with High Angular Resolution the telescopes acquire diameter...
A six-night optical turbulence monitoring campaign has been carried at Cerro Paranal observatory in ...
The Multi Aperture Scintillation Sensor (MASS) and the Generalized-Scintillation De-tection and Rang...
Optical turbulence represented by the structure function parameter of the refractive index Cn2 is re...
Main atmospheric parameters characterizing the turbulence were measured at the Paranal ESO Observat...
In March 2001, the commissioning instrument of the VLTI, VINCI, succeeded in obtaining its first fri...
Since November 2004 we measured the optical turbulence (C2N profiles) with a Generalized Scidar (GS)...
We present the results of monitoring optical-turbulence profiles at San Pedro Maacute;rtir, M...
1 The need for a new instrument Methods of optical turbulence measurement for characterization and m...
Atmospheric turbulence can be characterized by the scintillation of astronomical sources. The physic...
Atmospheric turbulence has two effects in astronomy; (i) the broadening of the point spread function...
Ground-based photometry of bright stars is expected to be limited by atmospheric scintillation, alth...
Local atmospheric turbulence at the telescope level is regarded as a major reason for affecting the ...
In preparation to characterize the Giant Magellan Telescope site and guide the development of its ad...
Aims. Within the framework of site qualification for the future European large telescope E...
2011In order to improve the observation with High Angular Resolution the telescopes acquire diameter...
A six-night optical turbulence monitoring campaign has been carried at Cerro Paranal observatory in ...
The Multi Aperture Scintillation Sensor (MASS) and the Generalized-Scintillation De-tection and Rang...
Optical turbulence represented by the structure function parameter of the refractive index Cn2 is re...
Main atmospheric parameters characterizing the turbulence were measured at the Paranal ESO Observat...
In March 2001, the commissioning instrument of the VLTI, VINCI, succeeded in obtaining its first fri...
Since November 2004 we measured the optical turbulence (C2N profiles) with a Generalized Scidar (GS)...
We present the results of monitoring optical-turbulence profiles at San Pedro Maacute;rtir, M...
1 The need for a new instrument Methods of optical turbulence measurement for characterization and m...
Atmospheric turbulence can be characterized by the scintillation of astronomical sources. The physic...
Atmospheric turbulence has two effects in astronomy; (i) the broadening of the point spread function...
Ground-based photometry of bright stars is expected to be limited by atmospheric scintillation, alth...
Local atmospheric turbulence at the telescope level is regarded as a major reason for affecting the ...
In preparation to characterize the Giant Magellan Telescope site and guide the development of its ad...