Study on measurement method of radio wavesgenerated by charged particles in cosmic-ray airshowers using a particle accelerator Article Swipe

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Y. Katayose , Tomoki Asaba , K. Honda , Satoshi Kodaira , Yuya Koshiba , Katsuhiko Sakaue , Toshiharu Saito , Takayoshi Sasaki , Kevin Takasaki , K. Yagisawa , M. Wakamatsu ·

YOU? · · 2019 · Open Access · · DOI: https://doi.org/10.22323/1.358.0307

To develop a detector with an effective area large enough to observe an extensive air shower, we studied a method of detecting radio waves generated via the transition radiation process by charged particles in an air shower. Characteristics of the radio waves were investigated using beam accelerators and radio antennas . When about 430x10^9 electrons with a kinetic energy of 4.7 MeV crossed a titanium film into the air, the radio pulse emitted was measured using a standard dipole antenna with a bandwidth of 800 - 880 MHz. The measured pulse height at a position 1.2 m away from the source and at an angle of 5 degree from the beam axis was approximately 670 mV. It was found that the electric field strength had large angular dependence and that the polarization property was roughly consistent with the theoretical value.

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Electrical Engineering

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Physics Charged particle Air shower Cosmic ray Radio wave Radiation Transition radiation Electric field Electron Optics Detector Radio frequency Particle beam Polarization (electrochemistry) Beam (structure) Nuclear physics Electrical engineering Physical chemistry Ion Engineering Quantum mechanics Chemistry

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Language: en
Landing Page: https://doi.org/10.22323/1.358.0307
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Title: Study on measurement method of radio wavesgenerated by charged particles in cosmic-ray airshowers using a particle accelerator

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Publication year: 2019

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Authors: Y. Katayose, Tomoki Asaba, K. Honda, Satoshi Kodaira, Yuya Koshiba, Katsuhiko Sakaue, Toshiharu Saito, Takayoshi Sasaki, Kevin Takasaki, K. Yagisawa, M. Wakamatsu

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Concepts: Physics, Charged particle, Air shower, Cosmic ray, Radio wave, Radiation, Transition radiation, Electric field, Electron, Optics, Detector, Radio frequency, Particle beam, Polarization (electrochemistry), Beam (structure), Nuclear physics, Electrical engineering, Physical chemistry, Ion, Engineering, Quantum mechanics, Chemistry

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