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Posted On: 09/11/2017 8:24:28 PM
Post# of 22465
How To Draw Electricity From The Bloodstream
Compared with other types of miniature energy-harvesting devices, the FFNG was reported to show a superior power conversion efficiency of more than 20%. Other advantages are elasticity, tunability, lightweight, and one-dimensionality, thus offering prospects of exciting technological applications. The FFNG can be made stretchable just by spinning the sheets around an elastic fiber substrate. If woven into fabrics, wearable electronics become thus a very interesting option for FFNG application. Another exciting application is the harvesting of electrical energy from the bloodstream for medical applications
https://www.rdmag.com/news/2017/09/how-draw-e...loodstream
NUS researchers develop advanced material for ultra-stable, high capacity rechargeable batteries
http://www.alphagalileo.org/ViewItem.aspx?Ite...ureCode=en
Compared with other types of miniature energy-harvesting devices, the FFNG was reported to show a superior power conversion efficiency of more than 20%. Other advantages are elasticity, tunability, lightweight, and one-dimensionality, thus offering prospects of exciting technological applications. The FFNG can be made stretchable just by spinning the sheets around an elastic fiber substrate. If woven into fabrics, wearable electronics become thus a very interesting option for FFNG application. Another exciting application is the harvesting of electrical energy from the bloodstream for medical applications
https://www.rdmag.com/news/2017/09/how-draw-e...loodstream
NUS researchers develop advanced material for ultra-stable, high capacity rechargeable batteries
http://www.alphagalileo.org/ViewItem.aspx?Ite...ureCode=en
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