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Company Energy Materials / Devices / Philips / / Country Netherlands / / / Facility Eindhoven University of Technology / / IndustryTerm autonomous wireless devices / energy demand / wireless sensors / miniature autonomous devices / 3D-integrated all-solid-state devices / wireless sensor nodes / electricity / energy consumption / energy storage needs / on-board electricity / implanted autonomous device / electronic applications / wireless operation / high energy density / electrical energy / electricity supply chain / energy densities / energy performance / energy density / autonomous devices / high energy / ese planar systems / chemical energy / electricity-generating device / smart electricity grids / sustainable energy / Electricity storage / electricity generating devices / portable consumer electronics / medical applications / energy / wireless autonomous devices / / Organization Department of Chemical Engineering and Chemistry / Department of Electrical Engineering / Eindhoven University of Technology / / Person Peter H.L. Notten / Rutherford Backscattering Spectrometry / Ion Etched / / / Position author / artist / part-time professor / second current collector / controller / / Technology expensive packaging technology / drug delivery / 3-D / wireless devices / dielectric / digital cameras / http / mobile phones / fuel cell / Chemical Vapor Deposition / / URL http /
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feaTureS 3d-inTegraTed all-Solid-STaTe baTTerieS 3D-integrated all-solid-state batteries ■