By Holkom B.
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Hesser and T. Spies, Proc. ), ISBN 3-7739-5995-8, 261 (2004). R A D I O SIGNALS F R O M P H O T O N B E A M S IN S A N D A N D SALT D. GORHAM, E. GUILLIAN, R. C. FIELD, R. IVERSON, A. WALZ§ G. RESCH1 P. SCHOESSOW11 In this paper I describe the setup and results of two beamtests which demonstrated the existence and properties of the Askar'yan effect in sand and salt. We observed coherence, 100% linear polarization, and field strength in agreement with simulations. We also demonstrated the possibility of tracking the shower direction with polarization information.
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Therefore, we conclude that the detection possibilities for acoustic and radio methods are very promising. Lower and upper errors are given by the YT(2,2) resp. YT(4,5) parametrization. 5 l°g(Emin/GeV) Figure 3. Threshold energy dependence of the total rate for an acoustic array and for various flux models. Acknowledgments T h e authors would like to t h a n k Shigeru Yoshida for helpful discussions. We would also like to thank Justin Vandenbroucke, David Besson, Sebastian Boser, Rolf Nahnauer and Buford Price for their help with this work.
Accurately measure flammable gases by Holkom B.