energy levels / neutron energy / energy transfer spectra / rare-earth/transition-metal compound / automotive technology / thin metal film / security applications / High energy x-ray / thin film devices / energy needs / weld metal / disparate energy scales / chemical composition / chemical state / materials systems / important applications / soft and hard matter systems / attractive non-destructive tool / neutron imaging / metal hydrides / Transition-metal spinels / octahedral site / manufacturing technology / electronics / high energy / low-energy spin-wave excitations / porous media / low-energy / energy storage materials / energy transfer / flow devices / imaging / self-associated triblock copolymer solutions / helium gas pump-purge / energy spectra / mobile fuel cell applications / base metal / metal hydride systems / energy / /
Person
David Keavney / Jong-Woo Kim / Wei Chen / Alan Kastergren / Yong Choi / Don Walko / Zahir Islam / Suresh Narayanan / Francesco Decarlo / Jonathan Almer Polycrystalline / Jun-Sang Park / Daniel Haskel / Alec Sandy / Lydia Finney / Michael Hu / Joseph Strzalka / /
Neutron Experiment descriptions: N1: Triple-Axis Spectrometers, HFIR HB1A & HB3 Spin wave and phonon dispersion in Fe-Ga solid solutions Fe-Ga alloys with appropriate composition and heat treatment, exhibit giant magneto