TS-1
7/14
(Hall 200) |
3D/In-Situ Electron Microscopy |
Chair:
Dr. Mitsuishi |
This session features the state-of-the-art 3D imaging and in-situ
techniques of electron microscopy. The topics of 3D imaging will include
from well established techniques of electron tomography to newly emerging
techniques of depth sectioning by STEM focus change, and a method using
FIB. The topics of in-situ microscopy cover environmental cells with controlling
temperature, gas pressure and so forth. |
TS-2
7/14
(Hall 200) |
High Resolution Electron Microscopy |
Chair:
Dr. Hara |
Aberration correction technology has revealed a new range of application
of electron microscopy for materials research. Recently, other analytical
techniques applied with the electron microscopes also improved drastically
and energy resolution leaps a lot. The aims of this session is to look
toward the future of electron microscopy from overviewing these new technologies
to realize much higher spatial and/or energy resolution.
|
TS-3
7/14
(Room 101) |
Advanced Probe Microscopy |
Chair:
Dr. Sagisaka |
This session focuses on state-of-the-art characterisation using atomic
force and scanning tunnelling microscopy, featuring ultimare resolution
and advanced measuring protocols applied to study and understand
phenomena related to life science and technologically relevant materials. |
TS-4
7/14
(Room 101) |
Microscopic Imaging of Spin and Magnetism |
Chair:
Dr. Yamauchi |
The increasing importance of magnetic materials for energy-efficient motors, high density static memories and spintronics has led to demands for the innovative performance in imaging magnetic domains and spins. The cutting-edge technologies of high lateral, depth and time resolutions are presented for discussion on their capabilities in the materials developments. |
TS-5
7/15
(Room 102) |
Advanced Synchrotron Radiation Analysis |
Chair:
Dr. Sakurai |
|
TS-6
7/14
(Room 102) |
Advanced Neutron Beam Analysis |
Chair:
Dr. Kitazawa |
|
TS-7
7/15
(Hall 200) |
Advanced Solid-state NMR |
Chair:
Dr. Shimizu |
This session focuses on the current status of Solid-state NMR, including
instrumental developments, new methodologies and applications to material
sciences. |
TS-8
7/15
(Room 101) |
Materials Informatics by Advanced Characterization |
Chair:
Dr. Yoshikawa |
Materials Informatics (MI) have been developed for efficient screening and searching of new functional materials. This session focuses on the potential of the combination of MI technology and advanced characterizations through a discussion of high-throughput measurements, data mining, related database. |
TS-9
7/15
(Room 102) |
GREEN Innovation by Operando Characterization |
Chair:
Dr. Masuda |
Towards the GREEN innovation, the
understanding of key processes in energy-conversion devices, such as fuel
cells, rechargeable batteries, solar cells and energy-saving electronics, is
very important.
One of the most effective ways is to
characterize structure and physical-chemical properties of materials under
working conditions in real time, i.e., “Operando”. This session covers
cutting-edge technologies of operando characterizations.
|