1) Development of a multi-purpose pattern fitting software,
post-RIETAN2000 (made at NIMS), with maximum-entropy Pattern method
2) Eastablishment of a multi-scale characterization by neutron scattering
to develop novel functional (magnetic, superconducting, fuel cell, structural,
etc) materials.
1. Large penetrative power
Since the neutron is an electrically neutral particle, it is deeply penetrating.
2. Discrimination ability of the isotope
Interact with nucleus not electron loud.
3. Interference and energy transfer effect
The neutrons cause pronounced interderence and enegy transfer effects
in scattering experiments.
4. Very tiny magnet
Interaction with the internal magnetic field in the sample
1) Development of a new software for the structural analysis by MPF (MEM-based
Pattern Fitting) method
Multi-purpose pattern fitting system, RIETAN-2000 as the standard structural
analysis for powder diffraction data:
1. Disorderd atomic configurations
2. Chemical bonds
3. Nonlocalized electrons
4. Anharmonic thermal motion
Next-generation pattern-fitting system RIETAN-FP (Dec. 2007 - )
2) Development of multi-scale Characterization technique by the labo-small
angle X-ray Scattering (SAXS) instrument
Evaluation of nano-particles with 100nm diameter in iron-based materials
by the newly developed labo-SAXS
instrument
3) Growth of single crystals with high quality
・Infrared-image furnace for the floating zone method
・High-temperature furnace for the Bridgman method
4) 3D-Visualization of migration pathway for mobile ions by MPF method
Elucidation of migration pathway for mobile ions in solid electrolyte
(secondary battery, solid-oxide fuel cell, proton conductor etc.)
5) Discrimination of Nanostructures in Co-Al-O Granular Films
6) Observation of Ordering of Electron Freedom (Change, Spin and Orbital)
Combination of Neutron and X-ray Scattering
7) General rules of isostructural phase transition in rare-earth RTAI (T=Ni,
Pd) compounds
Please visit our member page for the information of Neutron Scattering Group members.
Some Ph.D. students from Charles University in Czech Republic have joined us as collaborators. Dr. Jiri Prchal (Sep. 15, 2004 - Sep. 14, 2005)
Theme at NIMS : "Magnetism in a rare-earth intermetallic compounds" Mr. Mihalik Matus (Oct. 17, 2006 - Oct.16, 2007)
Theme at NIMS : "Instabilities of felectron states of compounds
based on light lanthanides" Mr. Bohdan Nahlovskyy (Oct. 2007 - Oct. 2008)
Theme at NIMS :
"Study of the voltage-induced bistable switching effect for an
anodic porous alumina thin film"
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