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Wireless energy transfer / Electromagnetic compatibility / Nikola Tesla / Electric power distribution / Energy development / Resonant inductive coupling / Transformer / Inductive coupling / Inductance / Electromagnetism / Electric power / Energy


Document Date: 2011-10-12 04:54:34

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Company

H. Conclusions Wireless / W.W. Hansen Laboratories / Nevada Lightning Laboratory / /

Country

New Zealand / /

Facility

Stanford University / Nevada Lightning Laboratory / JPL Goldstone Facility / /

IndustryTerm

wireless power operation / wireless power transmission / non-radiative mid-range energy transfer / far-field wireless power prototypes / energy transfer systems / electro-mechanical systems / atmospheric electricity / nearby equipment / metal wheels / power transmission systems / implanted devices / undesirable energy transfers / steel roofing trusses / Wireless power designs / Wireless Transmission / on-board capacitor bank / Far-field systems / received energy / energy / horizontal steel beam / /

Organization

Stanford Linear Accelerator Center / Stanford University / /

Person

Brian Adolf / Greg E. Leyh / Mike D. Kennan / Nikola Tesla / Marin Soljačić / /

Position

conductor / 3D COMSOL electrostatics model / showing electric field pattern / Lumped element circuit model / including ambient coupling values / principal engineer / staff engineer / /

ProgrammingLanguage

DC / /

SportsLeague

Stanford University / /

Technology

Laser / lasers / microwave / SIMULATION / wireless LAN / /

SocialTag