Back to Results
First PageMeta Content
Hydrogen technologies / Hydrogen / Fuels / Petroleum products / Emerging technologies / Hydrogen-powered aircraft / Hydrogen vehicle / Fuel cell / Jet fuel / Energy / Technology / Hydrogen economy


Mitigating the Climate Impact of Aviation – What does Hydrogen Hold in Prospect? K. Seeckt*, P. Krammer*, D. Scholz*, M. Schwarze** * Hamburg University of Applied Sciences, Aero - Aircraft Design and Systems Group **
Add to Reading List

Document Date: 2009-11-08 05:00:16


Open Document

File Size: 373,54 KB

Share Result on Facebook

City

Montreal / Hamburg / Geneva / New York / Sydney / Belfast / Frankfurt / Brussels / Edinburgh / /

Company

Optimage Ltd. / the Boeing / CRC Press / McGraw-Hill / Airbus Deutschland GmbH / Environment / Air Transport Action Group / Bishop GmbH / Renewable Energy / More Electric Aircraft Equipment Systems / Secondary Power Systems / /

Continent

Europe / /

Country

Maldives / Anguilla / United Kingdom / United States / Luxembourg / /

Event

Environmental Issue / Man-Made Disaster / /

Facility

Institute of Aircraft Design / Institute of British Geographers / Institute of Chemistry / Hamburg University of Applied Sciences / Technical University of Braunschweig / /

IndustryTerm

industry trade / gravimetric energy contents / end products / Combustion products / reactive gas / communication systems / annual electrical energy consumption / airborne applications / natural gas / oxygen systems / aircraft systems / crude oil resources / Aircraft technology / energy / energy equivalent hydrogen price / by-products / energy source / energy consumption / invested energy / crude oil / food production / hydrogen technology / sufficient energy densities / energy conversions / reaction by-products / aircraft systems technologies / manufacturing / power systems / foreseeable energy densities / annual electric energy consumption / supply chain / wind energy / Energy types / green systems / energy contents / volumetric and gravimetric energy densities / gas turbine / engine technology / required electrical energy / gas-to-liquid / volumetric energy density / compact car / internet communication / technology improvements / greenhouse gas / fuel cell technology / energy prices / sustainable energy carrier / Energy storages / energy content / liquefied natural gas / hydrogen infrastructure / airline perspective / electricity / aircraft technology take time / energy carrier / chemical industry / electrical energy / energy densities / chemical process / energy content batteries / exhaust gas / crude oil-based fuels / solar energy / air travel / energy crops / airport infrastructure / /

Organization

Hamburg University of Applied Sciences / European Parliament / Institute of Aircraft Design / International Congress / Institute of British Geographers / US Federal Reserve / European Commission / European Union / Institute of Chemistry and Dynamics of the Geosphere ICG / Transport Association / Institute of Aircraft Design and Lightweight Structures / International Air Transport Association / Technical University of Braunschweig / Universität Stuttgart / German Aerospace Centre / office for official Publications of the European Communities / Royal Geographical Society / National Aeronautics and Space Administration / Advisory Council for Aeronautics Research in Europe / /

Position

D.J. / /

Product

A-1 / ATR 72 / Water Injection / TU-155 / Airbus A320 / Blended Wing Body / Hannover / /

PublishedMedium

Flight International / /

Technology

Aircraft technology / fuel cells / fuel cell technology / biofuels / Aero / engine technology / MTU / fuel cell / pdf / 7th AIAA Aviation Technology / Hydrogen aircraft technology / hydrogen technology / condensation / aircraft systems technologies / /

URL

http /

SocialTag