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This paper presents the development of a new wireless electric power transfer technique named Acoustic Energy Transfer (AET). Sound waves are utilized to transfer energy through metal barriers without direct-wired connections. Factors influencing the performance of AET are investigated, and a prototype AET system is developed. The prototype demonstrated that 62W of power can be transferred across...
The successful engineering of sources and components in the terahertz (THz) regime benefits from good characterization of materials properties. Previous research reports have shown that calculations of material parameters that are valid at radio frequencies are no longer accurate at THz frequencies. A high-quality-factor quasi-optical hemispherical resonator operating between 300 GHz–1 THz has been...
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