カーボンニュートラル融合科学プログラム一覧 | 新潟大学大学院総合学術研究科

カーボンニュートラル融合科学プログラム（13件）

GOKON NobuyukiAssociate Professor GOKON Nobuyuki: Development of high-temperature solar latent heat and chemical heat storage technology Development of carbon dioxide recycling and fixation technology Hydrogen production from solar heat Solar gasification of fossil fuels and unused resources; Nanotechnology and Materials / Inorganic Materials and Properties / Metallic Materials Properties / Life Sciences / Biomaterials / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Catalysis...; Laboratory site; GOKON Nobuyuki Associate Professor Development of latent heat and chemical heat storage technology for high-temperature solar heat Development of carbon dioxide recycling and fixation technology Hydrogen production from solar heat Solar gasification of fossil fuels and unused resources Nanotechnology and materials / Inorganic materials, physical properties / Metal material properties / Life science / Biomaterials / Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Catalytic processes / Resource chemical processes / Nanotechnology and materials / Energy chemistry / Energy / Earth resource engineering / Energy science / Metal production / Resource production / Life science / Biomedical engineering GOKON Nobuyuki Medical Organism Engineering and Material Science of Organism. Inorganic compounds. Metallic materials in general Metal oxide for use in solar thermochemical heat storage Metallic alloy for use in solar latent heat storage Thermochemical two-step CO2 splitting Hydrogen energy production Energy conversion High-temperature solar concentrated heat Solar gasification of biomass High-temperature chemical heat storage High-temperature latent heat storage Catalytic materials Nanoparticles Metal physical properties Inorganic materials chemistry Energy Chemistry Materials Science Energy and Materials Engineering C (Materials Creation Chemistry) J (Carbon-Neutral Integrated Science) Materials Creation and Basic Science Carbon-Neutral Integrated Science Natural Sciences Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

KODAMA Tatsuyaprofessor KODAMA Tatsuya: Development of high-temperature solar heat collection and chemical (hydrogen) energy conversion process; Nanotechnology and Materials / Energy Chemistry / Functional Solid State Chemistry / Inorganic Materials / Inorganic Materials Chemistry; KODAMA Tatsuya Professor High-Temperature Solar Heat Concentration Development of Chemical (Hydrogen) Energy Conversion Process Nanotechnology and Materials/Energy Chemistry/Functional Solid State Chemistry/Inorganic Materials/Inorganic Materials Chemistry KODAMA Tatsuya Inorganic Material Solar Thermochemistry Catalys Catalyst Inorganic Materials Hydrogen Energy Resource Utilization Chemistry Energy Science Energy Utilization Chemistry Inorganic Chemistry Energy and Resource Utilization Chemistry C (Material Creation Chemistry) J (Carbon-Neutral Fusion Science) Material Creation and Basic Science Carbon-Neutral Fusion Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

GOTO KazuhiroAssociate Professor GOTO Kazuhiro: Nanostructures, Surfaces and Interfaces, Solar Cells, Energy Harvesting; Nanotechnology and Materials / Composite Materials / Interfaces / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Electrical and Electronic Materials Engineering / Applied Physics; GOTO Kazuhiro Associate Professor Nanostructures Surfaces and Interfaces Solar Cells Energy Harvesting Nanotechnology and Materials/Composite Materials/Interfaces/Manufacturing Technology (Mechanical/Electrical/Electronic/Chemical Engineering)/Electrical and Electronic Materials Engineering/Applied Physics GOTO Kazuhiro Nanostructures Surface and Interface Engineering Interface Control Optoelectronic Materials Solar Cells Electrical and Electronic Materials Engineering D (Electronic, Information and Communication Systems) J (Carbon-Neutral Integrated Science) Systems Innovation Science Carbon-Neutral Integrated Science Information and Electronic Engineering Department of Natural Sciences (Faculty of Engineering) Faculty of Engineering

SAKURAI AtsushiAssociate Professor Sakurai Atsushi: Research on thermal and optical energy transport in nano- and macro-scales; Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Thermal engineering / Nanotechnology and materials / Optical engineering / Photon science; Laboratory site; SAKURAI Atsushi Associate Professor Research on heat and light energy transport at nano- and macro-scales Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Thermal Engineering / Nanotechnology and Materials / Optical Engineering / Photon Science SAKURAI Atsushi SAKURAI Atsushi Thermal Engineering Optical Engineering Optical Energy and Thermal Engineering D (Advanced Mechanical Systems) J (Carbon-Neutral Fusion Science) Systems Innovation Science Carbon-Neutral Fusion Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

SUGAWARA AkiraAssociate Professor Akira SUGAWARA: Research on wind and solar power generation Research on high voltage engineering; Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Power Engineering / Nanotechnology and Materials / Energy Chemistry; Akira Sugawara Power Engineering Power Conversion Electrical Equipment Electrical Energy Engineering High Voltage Engineering High Voltage Engineering/Power Engineering D (Electronics, Information and Communication Systems) J (Carbon Neutral Integrated Science) System Innovation Science Carbon Neutral Integrated Science Information and Electronic Engineering Department of Natural Sciences (Faculty of Engineering) Faculty of Engineering Manufacturing Technology (Mechanical, Electrical and Electronic Engineering, Chemical Engineering)/Power Engineering/Nanotechnology/Materials/Energy Chemistry
SUGAWARA Akira Associate Professor Research on wind and solar power generation Research on high-voltage engineering Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / power engineering / nanotechnology and materials / energy chemistry SUGAWARA Akira Power Engineering Power Conversion Electrical Equipment Electrical Energy Engineering High-Voltage Engineering High-Voltage Engineering and Power Engineering D (Electronic, Information, and Communication Systems) J (Carbon-Neutral Fusion Science) Systems Innovation Science Carbon-Neutral Fusion Science Information and Electronic Engineering Department of Natural Sciences (Faculty of Engineering) Faculty of Engineering

TSUBONOUCHI YutaAssociate Professor TSUBONOUCHI Yuta: Artificial photosynthesis Redox reaction Transition metal complex; Nanotechnology/Materials/Inorganic/Coordination Chemistry; TSUBONOUCHI Yuta Associate Professor Artificial Photosynthesis Redox Reactions Transition Metal Complexes Nanotechnology/Materials/Inorganic/Coordination Chemistry TSUBONOUCHI Yuta Artificial Photosynthesis Redox Reactions Transition Metal Complexes C (Materials Science) J (Carbon-Neutral Integrated Science) Materials Creation/Basic Science Carbon-Neutral Integrated Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

BABA Akiraprofessor BABA Akira: Nanoelectronic devices and biosensor applications using organic electronic materials; Nanotechnology and Materials / General Applied Physics / Applied Physical Properties / Organic and Molecular Electronics / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Electrical and Electronic Materials...; BABA Akira Professor Nanoelectronic devices and biosensor applications using organic electronic materials Nanotechnology and materials / General applied physics / Applied physical properties / Organic and molecular electronics / Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Electrical and electronic materials engineering Baba Akira BABA Akira Organic and bioelectronics Organic materials engineering D (Electronics, Information and Communication Systems) J (Carbon-neutral Integrated Science) Systems Innovation Science Carbon-neutral Integrated Science Animation and video resource science Natural Sciences, Information and Electronic Engineering Series (Faculty of Engineering) Faculty of Engineering

FUKUI Satoshiprofessor FUKUI Satoshi: Improving the performance of high-temperature superconducting wires Development of superconducting power equipment; Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering)/Power Engineering; Professor FUKUI Satoshi Improving the performance of high-temperature superconducting wires Development of superconducting applied power equipment Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Power Engineering FUKUI Satoshi Superconductivity Engineering High-Temperature Superconducting Rotating Machines Electromagnetic Applications Applied Superconductivity Engineering D (Electronic, Information, and Communication Systems) J (Carbon-Neutral Integrated Science) Systems Innovation Science Carbon-Neutral Integrated Science Information and Electronic Engineering Department of Natural Sciences (Faculty of Engineering) Faculty of Engineering

BELLAN SELVANAssociate Professor BELLAN SELVAN: Development of high-temperature latent heat storage systems for high-efficiency solar thermal power generation Development of solar thermochemical reactors for hydrogen production; Energy/Earth Resources Engineering/Energy Studies/Solar Thermal Energy/Thermal Energy Storage/Solar Thermochemical Hydrogen Produ...; BELLAN SELVAN Associate Professor Development of a high-temperature latent heat storage system for improving the efficiency of solar thermal power generation Development of a solar thermochemical reactor for hydrogen production Energy/Earth Resources Engineering/Energy Science/Solar thermal Energy/Thermal energy storage/Solar thermochemical hydrogen production/General Natural Sciences/Mathematical Physics/Fundamentals of Physical Properties/Fluid mechanics/Computational fluid dynamics/Heat & Mass Transfer;/Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering)/Thermal Engineering/Fluid Engineering; Heat and Mass Transfer/Applied Plasma Science/Thermal plasmas BELLAN SELVAN Thermal energy storage systems Solar thermochemical reactors Solar thermochemical hydrogen production Thermal Plasma Processing Heat and mass transfer Fluid mechanics Computational fluid dynamics Fluidized bed reactors Solar Thermal Energy Heat and mass transfer Computational fluid dynamics Concentrated solar thermal technology C (Materials Creation Chemistry) J (Carbon-Neutral Interdisciplinary Science) Materials Creation and Basic Science Carbon-Neutral Interdisciplinary Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

MASUDA Atsushiprofessor MASUDA Atsushi: Higher efficiency and longer life of solar cells; Manufacturing technology (mechanical, electrical and electronic, and chemical engineering) / Electrical and electronic materials engineering / Nanotechnology and materials / Thin film, surface and interface properties / Crystal engineering / Applied physical properties; Laboratory site; Professor MASUDA Atsushi Improving the efficiency and lifespan of solar cells Manufacturing technology (mechanical, electrical, electronic, chemical engineering) / Electrical and electronic materials engineering / Nanotechnology and materials / Thin film, surface and interface properties / Crystal engineering / Applied physical properties Masuda Atsushi Chemical vapor deposition semiconductor Chemical vapor deposition Semiconductor Photovoltaic power generation Electronic materials Photovoltaic power generation and electronic materials D (Electronics, Information and Communication Systems) J (Carbon-neutral Integrated Science) Systems Innovation Science Carbon-neutral Integrated Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

MATSUBARA Kojiprofessor MATSUBARA Koji: Elucidation of turbulent heat transfer and combustion phenomena Development of numerical prediction technology; Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) Thermal Engineering; Laboratory site; MATSUBARA Koji Professor Elucidation of the phenomena of turbulent heat transfer and combustion Development of numerical prediction technology Manufacturing Technology (Mechanical, Electrical, Electronic, Chemical Engineering) Thermal Engineering MATSUBARA Koji MATSUBARA Koji Heat Transfer Engineering Turbulent heat transfer Solar thermal utilization High-temperature thermal storage Thermal engineering Turbulence engineering D (Advanced Mechanical Systems) J (Carbon-Neutral Fusion Science) Systems Innovation Science Carbon-Neutral Fusion Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

YAGI Masayukiprofessor YAGI Masayuki: Development of light-chemical energy conversion materials Artificial photosynthesis; Laboratory site; Professor YAGI Masayuki Development of light-chemical energy conversion materials Artificial photosynthesis YAGI Masayuki Inorganic nanomaterials science Electrochemistry C (Materials Science) J (Carbon-Neutral Integrated Science) Material Creation and Basic Science Carbon-Neutral Integrated Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

YAMAGATA TakayukiAssociate Professor YAMAGATA Takayuki: Elucidation of fluid-related phenomena using visualization measurements Development of fluid measurement and control technology; Manufacturing Technology (Mechanical, Electrical, Electronic, Chemical Engineering) / Fluid Engineering / Information and Communications / Robotics, Intelligent Mechanical Systems / Social Infrastructure (Civil Engineering, Architecture, Defense Engineering).; Laboratory site; YAMAGATA Takayuki Associate Professor Elucidation of fluid-related phenomena using visualization measurement Development of fluid measurement and control technology Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Fluid engineering / Information and communications / Robotics, intelligent mechanical systems / Social infrastructure (civil engineering, architecture, disaster prevention) / Safety engineering / Machine mechanics / Mechatronics YAMAGATA Takayuki Visualization Mixing Safety engineering Computational fluid dynamics Aerodynamic noise PIV Pipe thinning Material transport Visualization engineering Fluid measurement and control D (Advanced Mechanical Systems) J (Carbon-Neutral Fusion Science) Systems Innovation Science Carbon-Neutral Fusion Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

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カーボンニュートラル融合科学プログラム （13件）

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カーボンニュートラル融合科学プログラム（13件）