Tucson / Norwell / San Jose / Evanston / Urbana / New York / Cambridge / /
Company
Pacemaker Cardiac / Dow Corning / Bulk / Transene Company Inc. / Frederick Seitz Materials Research Laboratory / Aerotech Inc. / Cymbet Corporation / Agilent / Grip Engineering Thümler GmbH / OM Group / Becker AE / gMC10 Inc. / IBM / MC10 Inc. / National Instruments Corporation / BP / AZ Electronic Materials / Medtronic / Clariant / DuPont / SOI Technologies / /
Country
China / Germany / United States / / /
Facility
University of Arizona Animal Care Facility / Error bar / Northwestern University / University of Illinois / Tsinghua University / Frederick Seitz Materials Research Laboratory / University of Arizona / The University of Arizona / Beckman Institute / The University of North Carolina / Chapel Hill / National Institute of Biomedical Imaging / /
IndustryTerm
wet chemical etching / mechanical energy harvesting / piezoelectric energy harvesting / bioelectronic devices / energy / output energy / energy consumption / data acquisition systems / magnetic resonance imaging findings / harvested energy / implantable devices / nonbiomedical devices / mechanical energy harvester / biomedical devices / energy harvesting / battery technology / representative device / printing wearable electronics heterogeneous integration / energy-harvesting strategies / amic acid solution / reagents/analytic tools / hybrid kinetic device / approval protocol / electrical and chemical stimulation / antibiotic/antimycotic solution / linear and nonlinear energy harvesters / highefficiency mechanical-to-electrical energy conversion / biocompatible electronics / mechanical energy / stored energy / energy-harvesting elements / self-powering devices / electrical energy / implantable biomedical devices / energy harvesters / electronics / energy harvesting devices / wearable computing / wearable devices / rigid mechanical systems / /
Movie
PI / ACF / /
NaturalFeature
Chapel Hill / /
Organization
US Department of Energy / Institutional Animal Care and Use Committee / Center for Engineering and Health / Health / and Skin Disease Research Center / University of Arizona Animal Care Facility / Department of Chemistry / Department of Medicine / Department of Civil and Environmental Engineering / Department of Engineering Mechanics / Beckman Institute / Medicine and Sarver Heart Center / Sarver Heart Center / office of Basic Energy Sciences / National Institute of Biomedical Imaging and Bioengineering / Beckman Institute for Advanced Science and Technology / Department of BioMedical Engineering / University of North Carolina / Department of Materials Science and Engineering / Northwestern University / Tsinghua University / Beijing / Skin Disease Research Center / Department of Mechanical Engineering / Center for Mechanics and Materials / University of Illinois / Department of Electrical and Computer Engineering / Division of Materials Sciences and Engineering / Department of Electrical / Department of Mechanical Science and Engineering / Connection Board / Department of Surgery / University of Arizona / Institute for Sustainability and Energy / /
Person
Ann Biomed Eng / Marvin J. Slepiand / Eric Andersona / Roozbeh Ghaffarig / Canan Dagdevirena / D. Bluestein / Vijay Doraiswamyd / Xue Fengf / Diaphragm Canan Dagdevirena / Platt SR / Pauline Joea / Behrooz Dehdashtie / Zain Khalpeye / John A. Rogersa / Bingwei Lub / Robert Postone / Byung Duk Yanga / Joseph M. DeSimone / Phat Le Trand / Phat L. Trand / Jing Xiab / /
Position
Author / representative / digital controller / /
ProgrammingLanguage
LabVIEW / /
ProvinceOrState
New York / Arizona / Illinois / North Carolina / Massachusetts / /
Conformal piezoelectric energy harvesting and storage from motions of the heart, lung, and diaphragm Canan Dagdevirena,1, Byung Duk Yanga,1, Yewang Sub,c,1, Phat L. Trand, Pauline Joea, Eric Andersona, Jing Xiab,c, Vijay