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You can see the information of terminable employed position.
“Theoretical design of (photo)catalytic materials using computational methods”The successful candidate will be involved in developing new catalytic materials including photocatalysts for environmental remediation such as decomposing hazardous chemicals, or for fuel production from water ...
Development of advanced heat-resistant steels with excellent high-temperature creep strength and steam oxidation resistance, and simulation methods of microstructural changes for multi-components structural materials
Basic study and development of high-temperature titanium alloys
Heat resistant steels (high chromium ferritic steels), Relation between long-term creep strength and microstructural changes, Microstructural analysis by SEM, TEM and STEM
Development of high temperature titanium alloys and microstructure characterization using transmission electron microscopes.
Design, Synthesis, and Property Evaluation of Metal–Organic Complex Arrays
Development of power field effect transistors based on combination between diamond and III-nitride semiconductors and/or ferroelectic/high-k materials and understandings of the diamond-based device physics.The work shoud be done by collaboration among Tokyo and Kyoto University and NIMS Hub Centers ...
Research on high efficiency solar cells based on semiconductor nanostructures such as quantum dots. Basec knowledge about nanostructure devices and physics in low dimensional systems is required.
Physical chemistry work assisting multi-phase total organic synthesis
Mechanical property assessments and modeling of phase constitution of superalloys.
For the information of permanent employment, please see the "Permanent Employed" page.