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Hydrogen technologies / Sustainability / Emerging technologies / Green vehicles / United States Department of Energy National Laboratories / Hydrogen storage / Hydrogen vehicle / National Renewable Energy Laboratory / Fuel cell vehicle / Energy / Technology / Hydrogen economy


IV.B.5 System Design, Analysis, Modeling, and Media Engineering Properties for Hydrogen Energy Storage (A) System Weight and Volume Matthew Thornton (Primary Contact), Jeff Gonder, Aaron Brooker, and Jonathon Cosgrove
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Document Date: 2014-11-10 15:40:44

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File Size: 741,77 KB

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City

Washington / D.C. / Aberdeen / Golden / /

Company

Various Advanced On-Board Hydrogen Storage Technologies / Strategic Analysis Inc. / National Renewable Energy Laboratory / Jonathon Cosgrove National Renewable Energy Laboratory / /

Continent

Europe / /

Country

Japan / United States / Brazil / Australia / Scotland / /

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IndustryTerm

website portal / Web Analytics / media engineering properties / Web Home Page / Web posting / chemical hydride models / controlled Web-based access portal / adsorbent systems / compressed gas / storage systems / Web activity / Web Portal / hydrogen storage system technology / storage system energy analysis / metal hydride model / web posting documentation / energy / onboard materials-based hydrogen storage technologies / /

Organization

Hydrogen Storage Engineering Center of Excellence / /

Person

Aaron Brooker / Jeff Gonder / Jon Cosgrove / Matthew Thornton / Jesse Adams / Mark Pastor / /

/

Position

researcher / / /

ProvinceOrState

Colorado / /

Technology

hydrogen storage system technology / simulation / Fuel Cells / fuel cell / Fuel Cell Technologies / GUI / onboard materials-based hydrogen storage technologies / /

URL

hsecoe.org / SRNL.gov / /

SocialTag