13-14 September 2010
UNIVERSITY OF WISCONSIN MEMORIAL UNION
US/Central timezone

Development of a 1.8M Raman LIDAR for CTA

14 Sep 2010, 11:20
30m
Class of '24 - 4th Fl E (UNIVERSITY OF WISCONSIN MEMORIAL UNION)

Class of '24 - 4th Fl E

UNIVERSITY OF WISCONSIN MEMORIAL UNION

800 Langdon Street Madison, WI USA
Atmospheric Monitoring Programs II Atmospheric Monitoring Programs II

Speaker

Alicia Lopez Oramas

Description

The use of a Raman LIDAR together with Image Air Cherenkov Telescopes (IACT) would allow to improve the duty cycle and reduce systematical uncertainties of the latter. The Raman LIDARs allow the monitoring of the atmospheric transmission probability with a quite good accuracy but the altitude range needed by the IACT is challenging, 20 km. A Raman LIDAR is being developed at IFAE for CTA by reclycing an old telescope from the CLUE experiment. The large 1.8 diameter mirror and the use of the most advanced technologies will hopefully allow fulfilling the requirements.

Primary author

Presentation Materials