1.School of Eleetmonic and Optieal Engineering,School of Flesxible Klectronies (Future Teehnology),Nanjing University of Postsand Teleeommunications, Nanjing 210023, Jiangsu, China;2.Sehoal of Commnication and Infomation Engineering, NanjingUniversily of Poss and Telecommnications,Nanjing 210023,Jiangsn, China;3.School of Scienee, Nanjing University of Posts andTelecommunications, Nanjing 210023,Jiangsu,China
Abstract: To explore the variation law of energy conversion eflicieney of electromagnetie induction devicesunder input energy sigmals, this researeh projeet desigmed and implemented a set of devices for measuring theinfluenee of loard on electromagnetic induetion emergy conversion effieieney,based on Fiaraday's Law ofEleetromagnetie Indluetion amnd using the strueture of induced eletromotive force power generation devices,Before the formal experiment, a pre-experinent was also desigmed to improve the efficieney of the energyconversion device. In the formal experiment, we ohtained a key conclusion: under energy signal input,theenergy conversion efficieney of the device first inecreases and then decreases with the increase of loadresistance, and put forvward a reasonable explanation for this phenomenon, Finally, the uncertainty of theexperimental results and error analysais were diseussed in detail. This research oot only provides new ideas andmethods for in-depth understanding of the law of energy conversion efficieney,but also has certain applicationpotential in green energy-related fields such as kinetic energy recovery and new-type power generationequipment.
肖 翔, 李宇辰, 曹曦文, 张梓祺, 祁家浩, 李 斌 . 探究能量信号输入下的电磁感应能量转换效率[J]. 大学物理实验, 2025, 38(6): 51-57.
XIAO Xiang, LI Yuchen, CAO Xiwen, ZHANG Ziqi, QI Jiahao, LI Bin. Investigation on Energy Conversion Efficiency ofElectromagneticInduction under Energy Signal Input. Physical Experiment of College, 2025, 38(6): 51-57.
