Wireless power transmission has become a remarkable research topic due to its enormous
application potential. Recent advances in machine learning have been shown to be the …

从生物学角度来讲, 血液和免疫功能是生命体最容易受到电磁暴露环境影响的健康因素[20].
因此本节的生物实验系统选择观察电磁暴露前后小鼠血液和器官中免疫因子指标的变化情况 …

It is common knowledge that wireless power transfer (WPT) systems with multiple
transmitters (Txs) and a single receiver (Rx) have robust efficiency against lateral …

Traditional magnetically coupled resonant wireless power transfer technology uses fixed
distances between coils for research, to prevent fluctuations in the receiving voltage, and …

Wireless power charging technology has been developed rapidly and is extensively utilized
for electric vehicle wireless charging due to its numerous over plug-in charging …

We propose the integration of the resonant coil for wireless power transfer (WPT) and the
implantable antenna for physiological signal transfer. The integration allows for a compact …

It is well known that the power transfer efficiency (PTE) of a two-coil wireless power transfer
(WPT) system is maximized at critical coupling under fixed system parameters. However, the …

A wireless power transfer (WPT) system is generally designed with the optimum source and
load impedance in order to achieve the maximum power transfer efficiency (PTE) at a …

Abstract Wireless Power Transfer (WPT) systems employing magnetic resonance
technology offer a compelling solution for providing seamless power delivery in scenarios …

In our previous work, we proposed the method to maximize the output power even in the
overcoupled state of the wireless power transfer (WPT) system by controlling free resonant …