UOP LLC / UT-Battelle LLC / Oak Ridge National Laboratory / Lawrence Livermore National Laboratory / 2Ames Laboratory / Materials Research Laboratory / Argonne / Army Research Laboratory / Frederick Seitz Materials Research Laboratory / GE / Ames Laboratory / Risø National Laboratory / 1Risø National Laboratory / 3Argonne National Laboratory / 1Lawrence Livermore National Laboratory / / /
Event
Business Partnership / /
Facility
Frederick Seitz Materials Research Laboratory / National Institute of Standards and Technology / 4Hirosaki University / XOR/UNI facility / Hopkins University / University of Illinois / University of Minnesota / University of Maryland / Hirosaki University / Johns Hopkins University / Army Research Laboratory / /
IndustryTerm
high-energy x-ray scattering / /
Organization
National Institute of Standards and Technology / U.S. Department of Energy Division of Materials Sciences and Engineering / Danish National Research Foundation / University of Illinois / Danish Natural Science Research Council / U.S. Department of Energy / Engineering Center / Hirosaki University / University of Maryland / National Science Foundation / Ruhr-Universitat Bochum / U.S. DOE Division of Materials Sciences and Engineering / U.S. Department of Commerce / Caesar Research Center / Universitat / U.S. DOE / 4Hirosaki University / Johns Hopkins University / 1Johns Hopkins University / 6Caesar Research Center / University of Minnesota / office of Basic Energy Sciences / office of Science / /
Person
Oleg M. Barabash / Nat / Rozaliya I. Barabash / Gene E. Ice / Stan A. David / /
Researchers from Risø National Laboratory and Argonne employed a novel experimental technique at Xray Operations and Research (XOR) beamline 1-ID at the Argonne Advanced Photon Source (APS) to demonstrate that the form