12-20 July 2017
Asia/Seoul timezone
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BEXCO - Room F(201/202/203/204)

[NU106] Understanding of the Performance of New Slim Type ARA Antennas in Ice



Primary authors


The Askaryan Radio Array (ARA) experiment uses radio antennas to detect the Askaryan emission from Ultra-High-Energy (above 10^16 eV) neutrino interactions in the ice in Antarctica. The understanding of the antenna properties, such as the gain and Voltage Standing Wave Ratio, is especially crucial for the energy determination of neutrino events, and the performance has be optimized for the maximum detection efficiency. The understanding of the performance in ice, on the other hand, is challenging. In order to understand the performance in ice, the calibration was performed at the South Pole, in the Antarctic ice, in parallel with antenna simulations in ice. We performed the study using a new slim version of ARA antennas which could be used for future deployment, with which the installation would be much faster and cost effective.