Oxford University Press / P. D. D. / Boulder CO / /
Country
United States / /
Currency
pence / USD / / /
Facility
National Institute of Standards and Technology / Germany National Institute of Standards and Technology / University of Colorado / /
IndustryTerm
multichannel turnkey systems / human somatosensory cortical processing / biomagnetic applications / chemical content / magnetic field mapping device / brain source imaging / biotechnology / magnetic resonance imaging / resonance imaging / biomedical applications / lowmaintenance multi-channel systems / mu-metal room / signal energy / microelectromechanical systems / manufacturing / high buffer-gas / quantum interference device / imaging / quantum interference devices / /
Organization
Optical Society of America OCIS / University of Colorado / Boulder / Oxford University / Germany National Institute of Standards and Technology / /
Person
J. C. Allred / A. N. Matlashov / I. M. Savukov / V / A. Ben-Amar Baranga / A. V. KorinevskiÄ / V / S. Knappe / V / Nat / R. N. Lyman / R. H. Kraus / Jr. / J. Preusser / V / L. Volegov / M. V. Romalis / J. J. Gomez / M. A. Espy / D. Hoffman / S. Xu / V / H. Xia / T. W. Kornack / /
Position
head / with the Dewar Fig / magnetometer sensor head / conductor / sensor head / speaker / head of volume / horizontally layered conductor / Experimental setup The CSAM sensor head / head / /