Документ взят из кэша поисковой машины. Адрес оригинального документа : http://www.arcetri.astro.it/~masciadr/public_MNH.html
Дата изменения: Wed Apr 1 15:38:02 2015
Дата индексирования: Sat Apr 9 23:46:41 2016
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Поисковые слова: south pole
* Mesoscale Atmospheric Models: optical turbulence (CN2) and meteorologic parameters *
Books

Chapter in a book - Invited Review
Masciadri, E., Optical Turbulence Modeling and Forecasts - Toward a new era for the ground-based astronomy,
Book Title: Seeing Clearly: An Introduction to Atmospheric Optical Turbulence, its Measurement and Mitigation",
Ed. S. Businger & T. Cherubini,  Virtual Book Worm Publishing, pp. 131-164.

Peer-Reviewed Journals

17. Forecast of surface layer meteorological parameters at Cerro Paranal with a mesoscale atmospherical model
Lascaux, F., Masciadri, E., Fini, L., MNRAS, 2015, 449, 1664

16. MOSE: optical turbulence and atmospherical parameters operational forecast at ESO ground-based sites. II: atmospheric parameters in the surface layer [0,30] m
Lascaux, F., Masciadri, E., Fini, L., MNRAS, 2013, 436, 3147

15. MOSE: optical turbulence and atmospherical parameters operational forecast at ESO ground-based sites. I: overview and atmospherical parameters vertical stratification on [0,20] km
Masciadri, E., Lascaux, F., Fini, L., MNRAS, 2013, 436, 1968

14. Characterization of the optical turbulence at Mt. Graham using the Meso-Nh model
Hagelin, S., Masciadri, E., Lascaux, F., MNRAS, 2011, 412, 2695 

13. Mesoscale optical turbulence simulations above Dome C, Dome A and South Pole
Lascaux, F., Masciadri E., Hagelin, S., MNRAS, 2011, 411, 693   

12. Wind speed vertical distribution at Mt. Graham
Hagelin, S., Masciadri E., Lascaux, F., MNRAS, 2010, 407, 2230

11. Mesoscale optical turbulence simulations at Dome C: refinements
Lascaux, F., Masciadri E., Hagelin, S., MNRAS, 2010, 403, 1714 

10. Mesoscale optical turbulence simulations at Dome C
Lascaux, F., Masciadri E., Hagelin, S., Stoesz, J., 2009, MNRAS, 398, 1093

9. First Seasonal Study of Optical Turbulence with an Atmospheric Model
Masciadri E. & Egner S., PASP, 2006, 118, 1604

8. Statistic reliability of the Meso-Nh atmospherical model for 3D  CN 2  simulations
Masciadri E.,  Avila R.,  Sanchez L.J., 2004, RMxAA, 40, 3 

7. Near ground wind simulations by a meso-scale atmospherical model for the ELTs site selection
Masciadri E. , 2003, RMxAA,  39, 249 

6. First evidence of the finite horizontal extent of the optical turbulence layers. Implications for the new adaptive optics techniques
Masciadri E.,  Avila R., Sanchez L.J., 2002, A&A ,  382, 387

5. Improvement in the Optical Turbulence Parametrization for 3D simulations in a region around a telescope
Masciadri E. & Jabouille P., 2001, A&A, 376, 727 

4. Wavefront coherence time season variability and forecasting at San Pedro Martir site    
Masciadri E. &  Garfias T., 2001, A&A,  366, 708 

3. 3D numerical simulation of optical turbulence at Roque de Los Muchachos  Observatory using the atmospherical model Meso-Nh
Masciadri E., Vernin J., Bougeault P., 2001 , A&A,  365, 699 

2. 3D mapping of optical turbulence using an atmospheric numerical model. II: First results at Cerro Paranal
Masciadri E., Vernin J., Bougeault P., 1999, A&ASS, 137, 203  

1. 3D mapping of optical turbulence using an atmospheric numerical model. I: A useful tool for the ground-based astronomy
Masciadri E., Vernin J., Bougeault P., 1999, A&ASS, 137, 185