Metallic Materials Design

UEDA Masato, Professor

m-ueda

【Research Topics】
1. Low temperature synthesis of inorganic films.
2. Control of bioactivity in metallic and inorganic materials.
3. Photochemical reaction in nano-ordered structure and improvement of light energy conversion efficiency.

Key Words: Ceramics, composites, surface modification, morphological control, hydrothermal synthesis, phase transformation, electron microscope, EBSD

Applications: Biomaterials, biomedical applications, solar cells, photocatalysts, photoelectrode, sensors

MORISHIGE Taiki, Professor

tmorishi

【Research Topics】
1. Grain refinement processings of light metal alloys
2. Development of corrosion resistance of mg alloys
3. Microstructural optimization for structural materials

Key Words: Aluminum alloys, magnesium alloys, microstructure, friction stir welding, friction stir processing, severe plastic deformation, thermomechanical processing, recycling process

Applications: Structural materials

Metallic Materials Processing

NISHIMOTO Akio, Professor

akionisi

【Research Topics】
1. Surface modification of metallic materials
2. Preparation of functional materials by spark plasma sintering
3. Metallographic investigation on joining of dissimilar materials
4. Diamond-like carbon coating
5. Metal additive manufacturing (metal 3D printing)

Key Words: Plasma-nitriding, active screen plasma nitriding (ASPN), diffusion-coating, CVD, stainless steel, spark plasma sintering (SPS), ceramics, metal, bonding, DLC, metal additive manufacturing

Applications: Materials science and engineering, automotive parts, power industry, hard coating parts, industrial parts

HOSHIYAMA Yasuhiro, Professor

hosiyama

【Research Topics】
1. Development of rapidly solidified composite deposits
2. Development of low environmental load type casting
3. Surface modification of metallic materials

Key Words: Plasma spraying, casting, plasma nitriding, rapid solidification, composite deposit, frozen mold, full mold, precipitate, stainless steel, cast iron

Applications: Automobile parts, industrial machine parts, machine tools

MARUYAMA Toru, Professor

tmaru

【Research Topics】
1. Metal casting
2. Alloy design of cast iron, steel, aluminum alloy, copper alloy, and high entropy alloy
3. Design for fire refining
4. Thermal spray (spray materials, blasting)

Key Words: Castings, full mold process, metal casting, cast iron, steel, bronze, alloy design, fire refining, thermal spray, wetting at high temperature molten metal

Applications: Castings, thermal spraying, vehicle, plumbing products, rail, ship, aircraft, industrial machine, production of metallic material

YAMAMOTO Hajime, Associate Professor

y.hajime

【Research Topics】
1. Joining and welding of advanced materials
2. Strengthening of dissimilar materials joints through interfacial control
3. Strategic use of non-equilibrium microstructures in welding processes
4. Fabrication of joints and composites using additive manufacturing processes

Key Words: Materials joining, welding metallurgy, dissimilar materials, additive manufacturing, non-equilibrium microstructures, interfacial control, metal

Applications: Lightweight structures, multi-material design, advanced manufacturing, structural repair technologies

Metallic Inorganic Materials Properties

ARACHI Yoshinori, Professor

arachi

【Research Topics】
1. Crystal structure and physical properties of inorganic materials for rechargeable batteries.
2. Electronic structure of transition metal oxides.

Key Words: Ionic conductor, Li-ion secondary battery, solid oxide fuel cells, layered compounds, stabilized zirconia, crystal structure analysis, x-ray absorption spectroscopy, ab-initio electronic structure calculation

Applications: Processing of ceramics, battery, sensor

UCHIYAMA Hiroaki, Professor

h_uchi

【Research Topics】
1. Science on the self-organization and self-assembly for fabricating nanostructured inorganic materials
2. Science on the growth of inorganic crystals in solutions for morphological control of inorganic materials

Key Words: Ceramics, functional metal oxides, nanostructured materials, solution process, patterning, sol-gel method, crystal growth

Applications: Photoelectrodes for wet-type solar cells, photonic devices, electrodes for batteries

KOZUKA Hiromitsu, Professor

【Research Topics】
1. Science on the sol-gel coating technique for fabricating ceramic, glass and organic-inorganic hybrid thin films
2. Modification of the sol-gel coating technique for improving the properties of thin film products and enhancing the reality in processing

Key Words: Ceramics, glasses, organic-inorganic hybrid materials, coating, thin films, Sol-Gel Method

Applications: Photonic devices, electronic devices, dielectric devices, sensing devices, surface modifications and anti-scratching coatings for plastic materials, anti-corrosion coatings for metallic materials

TAKESHITA Hiroyuki T., Professor

h-take

【Research Topics】
1. Development of new hydrogen storage materials
2. Analysis of phase transition and crystal structure
3. Evaluation of electronic structure of materials
4. Thermodynamic and kinetic analyses of gas-solid reaction

Key Words: Hydrogen, hydrogen storage materials, intermetallic compound, phase diagram, x-ray diffraction, rietveld analysis, density functional theory

Applications: Automobiles, energy and environment, battery, heat pump, refrigeration, sensor, purification and separation of gas, catalyst, nuclear power

HARUNA Takumi, Professor

haruna

【Research Topics】
1. Development of the metallic materials exhibiting high corrosion resistance
2. Development of evaluation techniques for susceptibility to corrosion of metals
3. Development of intelligent metal surfaces

Key Words: Stainless steels, carbon steels, Ti alloys, Al alloys, corrosion, environment-assisted cracking, hydrogen embrittlement, electrochemistry, surface modification

Applications: Chemical and petroleum industry, automobile industry, medical industry, nuclear and the other power industry, electric and IT industry

KONDO Ryota, Associate Professor

rkondo

【Research Topics】
1. Metal based hydrogen storage materials
2. Materials for medium scale hydrogen storage
3. Hydrogen related devices

Key Words: Hydrogen, magnesium, titanium, catalysts

Applications: Hydrogen storage materials, selective hydrogen separator, hydrogen sensor, actuator, motor

Inorganic and Physical Chemistry

AOTA Hiroyuki, Professor

aota

【Research Topics】
1. Artificial photosynthesis
2. Molecular wire

Key Words: Photosynthesis, molecular wire, pi-conjugated polymer

Applications: Solar cell, semiconductor

ISHIKAWA Masashi, Professor

masaishi

【Research Topics】
1. Advanced materials for electrochemical supercapacitors
2. Advanced materials for rechargeable batteries
3. Physical chemistry and kinetics of electrode reactions

Key Words: Rechargeable lithium battery, supercapacitor, electric double layer capacitor, ionic liquid, nanomaterial, carbon nanotube, electrolyte, anode, cathode, satellite

Applications: Electric vehicle, hybrid electric vehicle, power supply, aerospace, battery, renewable energy, satellite

KAWASAKI Hideya, Professor

hkawa

【Research Topics】
1. Metal nanoparticles and metal nanoclusters: synthesis and characterization
2. Nanomaterial applications: electronics, catalysis, biomedical
3. Nanomaterials for analytical chemistry

Key Words: Colloid and interface science, metal nanoparticles, nanostructured surfaces

Applications: Catalysis, emulsification, coating material, cosmetic product, luminescence material, electrical conducting material, battery material, simple examination kit

GUO Haoxuan, Associate Professor

hx-guo

【Research Topics】
1. Development of materials for photoelectric functional devices
2. Synthesis of structure-controlled polymers
3. Development of materials for energy storage devices

Key Words: Organic electronics materials, conductive polymer, hole/electron transfer

Applications: Electrical storage devices, solar cell, electronic device

YAMAGATA Masaki, Associate Professor

yamagata

【Research Topics】
1. Development and evaluation of thermal control materials
2. Thermal management technology using phase change materials
3. Practical application of thermal control technologies for satellites and space applications

Key Words: Thermal control materials, phase change materials, extreme-environmental chemistry, satellites, cubesats

Applications: Thermal management system, electric power system, space applications

Organic Chemistry

UMEDA Rui, Professor

umeda

【Research Topics】
1. Development of synthesis of novel polycyclic aromatic hydrocarbons
2. Prediction of physical properties and design of molecules based on computational chemistry

Key Words: Organic synthetic chemistry, structural organic chemistry, π-conjugated compounds

Applications: Organic reaction, organic functional materials, organic electronics

OBORA Yasushi, Professor

obora

【Research Topics】
1. Development of new homogeneous catalysis and organometallic chemistry
2. Development of new synthetic organic reactions using transition-metal catalysts.

Key Words: Homogeneous catalyst, synthetic chemistry, organic transformation, transition-metal, ligand modification, organometallic chemistry

Applications: Industrial-scale organic synthesis from mass feedstock, selective and active catalysis in organic synthesis

SAKAGUCHI Satoshi, Professor

satoshi

【Research Topics】
1. Ligand design for asymmetric organic transformations
2. Development of a new transition metal-catalyzed organic reaction

Key Words: Synthetic organic chemistry, asymmetric catalytic reaction, N-heterocyclic carbene, ligand design, catalyst, enantioselective organic transformation, organometallics, transition metals, organocatalysis

Applications: Chemical Industry, Pharmaceutical chemistry, material science, organic chemistry, medical chemistry

NISHIYAMA Yutaka, Professor

nishiya

【Research Topics】
1. Development of new synthetic and catalytic reactions
2. Development of new organic functional materials including heteroatom

Key Words: Carbon monoxide, carbonylation, reduction, sulfur, selenium, heteroatom compounds, lanthanoid compounds, transition metal compounds, organic functional materials

Applications: Organosynthetic reactions

YANO Masafumi, Associate Professor

myano

【Research Topics】
1. Design, synthesis and properties of redox-active organic compounds with triarylamine units
2. Design synthesis of novel lanthanide complexes

Key Words: Triarylamine, cation radical, high-spin molecule, organic synthesis, electrochemistry, lanthanides

Applications: Novel magnet, molecular electronics

Polymer Chemistry

KUDO Hiroto, Professor

kudoh

【Research Topics】
1. Synthesis of cage-molecule by dynamic covalent chemistry mechanism
2. Synthesis of cyclic polymers by ring-expansion polymerization
3. Development of next-generation resist materials
4. Development of high or low-refractive index materials
5. Development of uv or thermal curing materials

Key Words: Dynamic covalent chemistry, polymer synthesis, cyclic polymer, refractive-index, curing material, resist

Applications: Resist material, UV curing material, thermal curing material, high or low refractive index material

SANDA Fumio, Professor

sanda

【Research Topics】
1. Development of transition metal catalysts, and the application to conjugated polymer synthesis
2. Design and synthesis of optically active polymers
3. Synthesis of stimuli-responsive polymers
4. Design of photoelectrically functional polymers

Key Words: Transition metal catalyzed polymerization, organometallic complex, living polymerization, conjugated polymer, helical polymer, optically active polymer, stimuli-responsive polymer

Applications: Photoelectric materials, chiral separation materials, asymmetric induction catalysts, molecular sensor

HARADA Miyuki, Professor

mharada

【Research Topics】
1. High thermal conductive epoxy network polymers
2. High thermal resistance and fracture toughness epoxy network polymers
3. High insulation resistance nanocomposites

Key Words: Thermosetting polymers, epoxy resins, liquid crystals, mesogenic groups, self-organization polymer nanocomposites

Applications: Electrical encapsulation materials, adhesives, paints

SOGAWA Hiromitsu, Associate Professor

sogawa

【Research Topics】
1. Design and synthesis of amino acid-based functional materials
2. Synthesis and functionalization of supramolecular network polymers
3. Synthesis and degradation of biomass-based sustainable polymers
4. Development of functional materials based on marine plants

Key Words: Supramolecular polymers, self-assembly, network polymers, structure control, sustainable, degradable materials, marine plants

Applications: Supramolecular polymers, self-assembly, network polymers, structure control, sustainable, degradable materials, marine plants

Biomaterials Chemistry

IWASAKI Yasuhiko, Professor

yasu.bmt

【Research Topics】
1. Synthesis and characterization of well-defined bio-inspired polymers
2. Surface modification of biomedical devices with biocompatible polymers

Key Words: Polymer synthesis, surface modification, biocompatibility, bio-inspired polymers, biointerface, non-fouling surface, biomaterials

Applications: Medical devices, diagnostic devices, biosensor applications, cell culture, separation of biosubstances, drug delivery system

OHYA Yuichi, Professor

yohya

【Research Topics】
1. The synthesis of biodegradable smart materials and their application in biomedical fields
2. Development of nanoparticles for drug delivery systems
3. Synthesis of a novel topological gel and evaluation of the properties

Key Words: Biomaterials, biodegradable materials, injectable polymer, polylactide, tissue engineering, drug delivery system, topological gel, shape-memory polymer, sol-gel transition

Applications: Medical devices, regenerative medicine, drug delivery system, anti-adhesives

KAKINOKI Sachiro, Professor

sachiro

【Research Topics】
1. Artificial extracellular matrix
2. Biofunctionalization of material surface
3. Structural analysis of artificial peptides and proteins

Key Words: Biomaterials, peptide and protein science, genetically-engineered protein, tissue engineering, artificial organ, surface modification, bioinspired materials

Applications: Biomedical materials, sensors, nanotechnology, biotechnology

KAWAMURA Akifumi, Professor

akifumi

【Research Topics】
1. Polymer nanomaterials for biomedical applications
2. Functional soft materials
3. Bio-inspired sustainable materials

Key Words: Soft matter, polymer synthesis, functional polymers, supramolecular chemistry, self-assembly, biomaterials

Applications: Biomedical materials, sustainable materials

FURUIKE Tetsuya, Professor

furuike

【Research Topics】
1. Synthesis of glycocluster compounds from unused resource
2. Synthesis of carbohydrates based on sustainable chemistry

Key Words: Oligosaccharide, bioactive sugar, glycodendrimer, glycocluster compound, nanomaterial, ionic liquid, environmental material, sustainable chemistry

Applications: Glycodrug, biodegradable material, environmental-conscious synthetic process, biomedical material, environmental depuration

MIYATA Takashi, Professor

tmiyata

【Research Topics】
1. Polymer gels
2. Biomaterials
3. Membranes and films
4. Surface science
5. Bio-inspired materials

Key Words: Functional polymers, gels, membranes, biomedical polymers, smart polymers, intelligent materials, biomimetic materials, nano materials, bio-inspired materials, surface science

Applications: Biomaterials, sensors, biotechnology, nanotechnology, environment- and energy-related applications

Biofunctional Molecular Chemistry

ISHIDA Hitoshi, Professor

ishida.h

【Research Topics】
1. Molecular design and synthesis of peptide origami: novel metal-peptide complexes
2. Photocatalytic CO₂ reduction by novel ruthenium-peptide complexes
3. Artificial photosynthesis developed with molecular catalysts

Key Words: Photocatalysis, CO₂ reduction, ruthenium, peptide ORIGAMI, artificial metalloenzymes, artificial photosynthesis

Applications: Photo-functional molecules, photocatalysts, CO₂ reduction catalysts, artificial metalloenzymes, artificial photosynthesis

KUZUYA Akinori, Professor

kuzuya

【Research Topics】
1. Construction of nanostructures made of dna
2. Fusion of dna and functional nanomaterial
3. Single molecule imaging of bio-oriented supramolecules

Key Words: DNA, nucleic acids chemistry, molecular devices, nanotechnology, nanobiotechnology, single molecule

Applications: Sensing and diagnostics, electronics

YAJIMA Tatsuo, Professor

t.yajima

【Research Topics】
1. Studies of noncovalent interactions between molecules
2. Clarification and applications of noncovalent interaction supported by metal ions
3. Syntheses and preparations of optically active amino acids by optical resolutions with crystallization
4. Development of novel methods for optical resolutions using metal complexes

Key Words: Molecular recognition, noncovalent interaction, optical resolution, asymmetric transformation, amino acids, racemization, epimerization, preferential crystallization, replacing crystallization, metal complex, pH titration, solution equilibrium

Applications: Syntheses and preparations of precursors for medicines, pesticides, cosmetics, and food additives

NAKAI Misaki, Associate Professor

nakai

【Research Topics】
1. The development of photosensitizer for photodynamic therapy
2. Synthetic sugar metal complexes as therapeutic and diagnostic agents

Key Words: Photodynamic therapy, diagnostic drug, insulinmimetic drug, sugar linked complex

Applications: The development of medical metal complexes

Computational Materials Science

FUJIMOTO Kazushi, Associate Professor

k-fuji

【Research Topics】
1. Molecular dynamics study of polymer fracture

Key Words: Molecular dynamics simulation, chemical materials, polymer, fuel cell, amphiphilic molecule, mass transport, free energy

Applications: Physical chemistry, material science, polymer science