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Sustainability / Chemistry / Hydrogen technologies / Membrane technology / Solid oxide fuel cell / Partial differential equation / Proton exchange membrane fuel cell / Mass diffusivity / Differential equation / Fuel cells / Diffusion / Energy


The Numerical Simulation of Fuel Cells of the PEMFC and SOFC type with the Finite Difference Element Method (FDEM) Authors PEMFC:
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Document Date: 2007-07-31 04:28:43

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File Size: 4,19 MB

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Company

Knudsen / /

Country

Germany / /

/

Facility

University of Karlsruhe / /

IndustryTerm

nonlinear systems / gas diffusion layers / pure gas transport / gas phase transport mechanism / gas channel / on-line version / gas transport / gas transport mechanism / gas channels / gas phase transport / numerical solution / gas constant / /

Organization

University of Karlsruhe / Computer Center / Institut f¨ur Werkstoffe / /

Person

Matthias Messerschmidt / Werner Lehnert / Stefan Maxwell / Adolph Rechenzentrum / Willi Sch¨onauer / /

Position

po RT / RT / pw RT / model / engineer / corresponding author / /

Technology

Simulation / Fuel Cells / Fuel Cell / /

URL

http /

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