Northwestern University / California Institute of Technology / Purdue University / /
IndustryTerm
metal / desired energy bandpass / high-energy-resolution x-ray scattering studies / desired energy resolution / x-ray energy / high-energy-resolution inelastic x-ray scattering / iron metal / sub-meV energy resolution / correlated electron systems / energy analysis technique / multiplecrystal systems / nuclear resonance energy / moderate energy resolutions / measured energy resolution / condensed matter systems / energy exchange / incident beam energy / ultra-high-energy-resolution x-ray experiments / energy analysis / chemical short-range order / ultra-high energy resolution / energy spectrum / energy resolution / metallic systems / software packages / reasonable solution / high-energy-resolution experimentation / angle-energy-reflectivity relation / important tool / energy bandpass / larger energy range / High-energy-resolution scattering capabilities / tunable high-energy-resolution monochromators / high-energy-resolution monochromators / energy / /
Organization
Sutter / & Peter Abbamonte Experimental Facilities Division / California Institute of Technology / Northwestern University / Purdue University / /
Person
Peter Lee / John Sutter / Wolfgang Sturhahn / Philip Hession / B. Fultz / Markus Schwoerer-Bšhning / Michael Hu / Thomas Toellner / / /
ADVANCES IN HIGH-ENERGY-RESOLUTION X-RAY SCATTERING AT BEAMLINE 3-ID Esen Ercan Alp, Wolfgang Sturhahn, Thomas Toellner, Peter Lee, Markus Schwoerer-Bšhning, Michael Hu, Philip Hession, John Sutter, & Peter Abbamonte Ex