Sina / Wakely S. P. / Swordy S. P. / CREAM S.P. / /
Country
Italy / United States / South Korea / / /
Facility
Penn State University / College Park / University of Siena / University of Chicago / Ewha Womans University / University Park / University of Minnesota / Ohio State University / University of Maryland / Kent State University / Northern Kentucky University / /
IndustryTerm
individual detector systems / electronics boards / ultimate energy resolution / low energy / redundant and complementary detection systems / energy calibration / low-energy transition radiation x-rays / reasonable energy calibration / electronics non-linearity / energy range / power-law rigiditydependent / energy deposit vs / power-law spectral index / energy loss / Preliminary cosmic ray energy spectra / sufficient high energy particles / electronics channels / energy resolution / cosmic ray energy spectrum / gas transition radiation detector / gas detector response / energy / tector systems / similar systems / finite energy resolution / gas system / detector systems / overall energy spectrum / gas manifolds / linear fitting algorithms / simulated gas detector response / fresh gas / thin-walled gas proportional tubes / ionization energy deposit / electronics / high energy / gas detectors / measured energy deposit / low-energy particles / energy spectra / ionization energy loss / /
MusicAlbum
X-Position / /
OperatingSystem
Fermi / /
Organization
NSF office of Polar Programs / School of Physics and Astronomy / National Science Foundation / CSBF / School of Physics / University of Chicago / Chicago / University of Maryland / College Park / University of Minnesota / Minneapolis / Penn State University / Northern Kentucky University / ASIC / Enrico Fermi Institute / US Federal Reserve / Ewha Womans University / Seoul / University of Siena / Ohio State University / Columbus / WFF / National Aeronautics and Space Administration / INFN / Kent State University / /
Person
Ray Energetics / Scott P. Wakely / Maestro / Peter W. Gorham / /
First measurements of cosmic-ray nuclei at high energy with CREAM S.P. Wakely a,∗ H.S. Ahn b P. Allison d M.G. Bagliesi e J.J. Beatty d G. Bigongiari e P. Boyle a T.J. Brandt d J.T. Childers f N.B. Conklin g S. Coutu g