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JAXA Aeronautics Magazine Institute of Aeronautical Technology 2013
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Document Date: 2015-02-24 23:48:00


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File Size: 2,46 MB

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City

Tokyo / Nagoya / /

Company

Aviation Program Group / the Boeing / Aeronautical Technology / JAXA Group / National Aerospace P. 2 2 Laboratory / Mitsubishi / Airbus A320 / Space Sciences / Airbus / Rolls-Royce / /

Continent

Europe / Asia / /

Country

France / Japan / Germany / Sweden / United States / South Korea / /

Currency

JPY / /

Event

Environmental Issue / Employment Change / Company Expansion / Person Travel / Natural Disaster / Reorganization / /

Facility

Institute of Aeronautical Technology Developing / The JAXA Institute of Aeronautical Technology / JAXA Institute of Aeronautical Technology / Wind tunnel / JAXA Institute of Aeronautical / The Digital/Analog-Hybrid Wind Tunnel / Osaka Prefecture University / Yagoto Kosho-ji temple / Chofu Aerospace Center / Institute of Aeronautical Technology / Space Station / Institute of Aeronautical Technology The / Institute of Aeronautical / Tohoku University / JAXA’s Institute of Aeronautical Technology / JAXA Institute / University of Flight Path Topics / honeycomb Nishizawa / Noto Airport / JAXA Aeronautics Magazine Institute of Aeronautical Technology / HALE UAVs The Digital/Analog-Hybrid Wind Tunnel / /

IndustryTerm

technology-intensive industry / technology organization / efficicent core engine technology / hollow blade technology / transportation / noise reduction technology / noise source localization technology / social infrastructure / technology helps / noise source identification technology / on-board noise reduction devices / tip device / lightweight technologies / green engine technologies / noise reduction technology concepts / real time / aircraft technology field / technology research / lightweight metal disks / lift devices / aircraft mission management / source noise measurement technology / boundless energy / rotations developing technologies / low-pressure turbine technology / noise source measurement technology / environmental technologies / mission management / energy / metal / plastics / pressure systems / real-life testing equipment / laminar flow fan aerodynamic technology / land technologies / airframe noise reduction technology / environmental technology / liner technology / carbon-fiber-reinforced plastics / low-pressure systems / blade design manufacturing / manufacturing / research establishment network / manufacturing effort engines / public relations magazine / engine manufacturer / ultra-high bypass engine technologies / engine technologies / environment-related automobile technologies / measurement technology / manufacturing responsibilities / protection design technology / aerodynamic design technology / hypersonic aircraft technologies / actual manufacturing / air transportation / young engineers international network / manufacturing technology / safety technology / structure design technology / technology demonstration using real aircraft / noise source identification systems / lightweight fan technology / collision avoidance systems / negative products / much bigger technologies / environmental possible solution / metal disk technology / motor coil / observation satellite / real-life technology / reduction technology / metal materials / wind tunnel equipment / bypass gas / universities technology / fan/turbine system technology / base technologies / noise reduction technology shifts / noise reduction technologies / engines using component technologies / flap-edge device / gas emissions / processing technologies / emission-reducing technologies / environment-conscious aircraft technology / air travel / technology standpoint / jet engine technology aFJR / technology validation / high-strength metal disk / /

Organization

Research and Development Directorate / Japan Society / Airbus System Technology Demonstration Mission / JAXA Institute of Aeronautical Technology / Chofu Aerospace Center / Tohoku University / Institute of Aeronautical Technology / Japan Society of Mechanical Engineers / International Civil Aviation Organization / Japan Aerospace Exploration Agency / Institute of Aeronautical / FQUROH mission / University of Flight Path Topics / Power Systems Division / JAXA’s mission / JAXA Aeronautics Magazine Institute of Aeronautical Technology / Atomic Energy Agency / Aerospace Research and Development Directorate / United Nations / Institute of Aeronautical Technology Developing / National Aeronautics and Space Administration / Osaka Prefecture University / Committee on Aviation Environmental Protection / /

Person

Akira Murakami / Kazuhiro Nakahashi / Toshio Nishizawa / Kazuomi Yamamoto / Turbulence / /

Position

Advisor and Chief Engineer / Executive Director / Vice Chair / IFAR Vice-Chair / problems Aircraft control Control surface controller / radiation monitoring UAS Executive Director / future mission leader / professor / leader in aircraft development / Leader / assistant professor / Chair / /

Product

Boeing 787 / Boeing 737 / Working / FJR710 / Aiptek Noise Reducing Headphone/Headset / Airbus A320 / A320 / /

Region

Middle East / East Japan / Central America / South America / /

Technology

radiation / lightweight fan technology / noise source identification technology / land technologies / airframe noise reduction technology / fluid dynamics / liner technology / fan/turbine system technology / aerodynamic design technology / real-life technology / universities technology / measurement technology / noise source measurement technology / component technologies / high-precision Technologies / rotations developing technologies / NOx reduction technology / hypersonic aircraft technologies / hollow blade technology / engines using component technologies / Drag reduction technology / promising noise reduction technology / remote sensing / noise reduction technology / noise reduction technologies / lightweight technologies / engine technology / noise source localization technology / safety-related technologies / ATM / Engine noise reduction technology / ultra-high bypass engine technologies / protection design technology / low-pressure turbine technology / emission-reducing technologies / laser / source noise measurement technology / reduction technology / edge device / Lightweight metal disk technology / Composite structure design technology / green engine technologies / environment-conscious aircraft technology / QUiet technology / noise-reducing technologies / engine technologies / environment-related automobile technologies / High-efficiency laminar flow fan aerodynamic technology / Simulation / safety technology / /

URL

www.aero.jaxa.jp / /

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