Group
Synchrotron
X-ray Group
Neutron
Scattering Group
Ion Beam
Group
Atomic Beam
Group
Link
NIMS Official
HP
MRS-Japan
Doctoral
Program in Materials Science and Engineering Graduate School of Pure and Applied Science, University of Tsukuba
SPring-8
Research
The 2nd
Mid-term Program Project of QBC(FY2006-FY2010)
“Development of Quantum
Beam Techn
Sub Theme 1
Synchrotron X-ray based Technologies for Nanomaterials
Synchrotron X-Ray Group
Adavanced nano-structure analysis − X-Ray reflectometry, microscopy,
crystallography, electron scpectroscopy etc.
Topics
Powder diffraction analysis of advanced materials with complex modulated structures at SPring-8 NIMS Beamline 15XU.
Sub Theme 2
Neutron-beam-based Technologies for Nanomaterials
Neutron Scattering Group
Neutron scattering, detecting light elements, spins, and their
3D visualization to characterize multi-scale structures of fuel battery,
superconducting materials and spintronic devices.
Topics
X-ray/neutron powder diffraction analyses for structure parameters and 3D
distribution of electrons and atomic nuclei for advanced materials.
Sub Theme 3
Ion-beam-based Technologies for Nanomaterials
Ion Beam Group
Nano-patterning by ion-laser co-irradiation, negative ions, ion
projection, and fabrication of nano-scale quantum materials.
Topics
Nanoparticle control by negative ion implantation and ion-laser combined
irradiation: (a)ion irradiation (b) ion-laser sequential, and (c) ion-laser
simultaneous irradiation.
Sub Theme 4
Atomic beam-based Technologies for Nanomaterials Study
Atomic Beam Group
Innovative nano-patterning with atomic beams and
characterization of spins induced at device interfaces by polarized beams.
Topics
Top-surface spin imaging by polarized metastable He beam. (a) Scanning image of spin polarization at a unmagnetized iron thin film surface deposited on MgO(100) and (b) that of secondary electron