Magnetoresistance in copper at high frequency and high magnetic fields
In halo dark matter axion search experiments, cylindrical microwave cavities are typically employed to detect signals from the axion-photon conversion. To enhance the conversion power and reduce the noise level, cavities are placed in strong solenoid magnetic fields at sufficiently low temperatures....
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| creator | Ahn, Saebyeok Sung Woo Youn Yoo, Jonghee Kim, Dong Lak Jeong, Junu Ahn, Moohyun Kim, Jongkuk Lee, Doyu Lee, Jiyoung Taehyeon Seong Semertzidis, Yannis K |
| description | In halo dark matter axion search experiments, cylindrical microwave cavities are typically employed to detect signals from the axion-photon conversion. To enhance the conversion power and reduce the noise level, cavities are placed in strong solenoid magnetic fields at sufficiently low temperatures. Exploring high mass regions in cavity-based axion search experiments requires high frequency microwave cavities and thus understanding cavity properties at high frequencies in extreme conditions is deemed necessary. We present a study of the magnetoresistance of copper using a cavity with a resonant frequency of 12.9 GHz at the liquid helium temperature in magnetic fields up to 15 T utilizing a second generation high temperature superconducting magnet. The observations are interpreted to be consistent with the anomalous skin effect and size effect. This is the first measurement of magnetoresistance at a high frequency (> 10 GHz) in high magnetic fields (> 10 T). |
| doi_str_mv | 10.48550/arxiv.1705.04754 |
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To enhance the conversion power and reduce the noise level, cavities are placed in strong solenoid magnetic fields at sufficiently low temperatures. Exploring high mass regions in cavity-based axion search experiments requires high frequency microwave cavities and thus understanding cavity properties at high frequencies in extreme conditions is deemed necessary. We present a study of the magnetoresistance of copper using a cavity with a resonant frequency of 12.9 GHz at the liquid helium temperature in magnetic fields up to 15 T utilizing a second generation high temperature superconducting magnet. The observations are interpreted to be consistent with the anomalous skin effect and size effect. 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| subjects | Conversion Copper Dark matter Helium High frequencies High temperature Holes Liquid helium Magnetic fields Magnetism Magnetoresistance Magnetoresistivity Noise reduction Physics - High Energy Physics - Experiment Physics - Instrumentation and Detectors Resonant frequencies Size effects Skin effect |
| title | Magnetoresistance in copper at high frequency and high magnetic fields |
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