Achadu, OJodomo

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Ojodomo J. AchaduInstitute of Advanced Study & Chemistry Department, University of Warwick, UKojodomo2000@yahoo.com;           @ojodomo2000 © 2022 3D Magnetic NanostructuresActuators and energy harvestingAcknowledgements3D magnetic nanostructures for the fabrication of sensors/actuators and energy harvesting device3D nanomagnets: Syntheses and characterization#This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Skłodowska-Curie grant agreement No 945380.AMagneto-mechano-electric (Energy Harvesting Device)Design of magneto-mechano-electric energy harvesting device via magnetic actuation/ piezoelectric effects (Sustain. Energ. Fuels, 2017, 1, 2039)Magnetic polymer nanocompositesBackground 3D geometry has a direct impact on the magneticconfigurations and magnetization of magneticnanoparticles due to spatial coordinates#. Novelnanoassemblies of 3D nanomagnets ranging fromnanosphere-, nanorod-, hexagonal-shaped nanostructuresare synthesized for application in magnetic nanogeneratordevice for harvesting ambient stray magnetic noise.This work implements 3D magneticnanostructures and bio-engineered,eco-friendly polymers to fabricatenanogenerators which can induceefficient magneto-mechano-electriccoupling effects for magnetic actuationand energy harvesting.#Nat. Comm, 2017, 8, 15756.IAS, University of Warwick#Nanoscale Adv. 4, 871, 2022Low-frequency magnetic fields are generated byelectrical power lines and consumer electronics. As aby-product, stray magnetic noise are emitted whichcan be renewably harvested by using electromagneticnanogenerators and converted to useful electricity.

3D magnetic nanostructures for the fabrication of sensors/actuators for energy harvesting device.

https://research.tees.ac.uk/ws/files/45281418/RSC_twitter_Poster_RG.pdf

3D magnetic nanostructures for the fabrication of sensors/actuators for energy harvesting device.

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Teeside University's Research Repository

Teeside University's Research Repository