University of Arizona Jim Pilcher / University of Chicago Peter Schacht / University Pierre Petroff / Stony Brook University / University of Kansas / University of Oregon Chris Damerell / University of Tsukuba Peter Loch / /
IndustryTerm
calorimeter technologies / read-out technologies / calorimeter energy depositions / technology options / non-magnetic steel / neutral energy / detector technologies / energy resolution requirement / energy range / energy deposition / technology choices / electronics technologies / jet energy measurements / foreseen tracking devices / optimum energy resolution / energy resolution / energy / readout chip / jet energy algorithm / optimum jet energy measurement precision / jet energy / sub-detector technologies / energy-weighting / particle energy / software compensation methods / charged and neutral energy depositions / jet energy resolution / electronics / energy dependence / jet energy measurement / energy clusters / steel / /
MusicAlbum
Monte Carlo / /
Organization
Rutherford Appleton Lab / World Wide Study Organizing Committee / University of Tsukuba / University of Oregon / Princeton University / Hamburg University / Stony Brook University / University of Chicago / Review Committee / ILC Calorimetry R&D Review Committee / University of Kansas / University of Arizona / Ecole Polytechnique Palaiseau / /
Person
Daniel Pitzl / Chris Tully / Marcella Diemoz / Jim Brau / Andrey Golutvin / Jan Timmermans / Hitoshi Yamamoto / Jean-Claude Brient / Martina Mende / Junji Haba / Naomi Nagahashi / Ray Frey / Wolfgang Lohmann / Chris Damerell / Kazuhiko Hara / Francois Richard / Robert Klanner / /
October 25, 2007 To whom it may concern: The report of the ILC Calorimetry R&D Review Committee is attached. The review was held during the International Linear Collider Workshop at DESY in June, 2007.