Boston / Cancun / Toronto / Grindelwald / Pontiac / /
Company
Thin Ionomer Films / Swami Kumaraguru General Motors / General Motors / John Wiley & Sons Ltd. / Nafion Thin Films / McGraw-Hill / Petrina S.A. / Lawrence Berkeley National Laboratory / /
Country
Switzerland / Mexico / Canada / /
Currency
ECS / / /
Facility
Penn State University / National Institute of Standards and Technology / TN Rochester Institute of Technology / Pennsylvania State University / University Park / NY University of Rochester / PA University of Tennessee / /
IndustryTerm
scale hardware / chemical makeup / gas flow / gas diffusion layers / gas diffusion / tortuous anode diffusion media / high resolution neutron imaging / gas-diffusivity / fuel cell hardware / side chain / imaging / modeling tools / straight gas flow path / energy / saturated diffusion media / real media morphology / gas momentum / standardized project protocol / chemical properties / diffusion media / saturated fuel cell diffusion media / neutron imaging / high resolution neutron imaging facility / characterization tools / film processing conditions / in situ experiments applying neutron imaging / /
NaturalFeature
Trapezoidal Channel / /
Organization
Rochester Institute of Technology / Rochester / University of Rochester / Rochester / Pennsylvania State University / PA University of Tennessee / Knoxville / Penn State University / National Institute of Standards and Technology / /
Person
W. Vielstich / Michael Hickner / J.J. Gagliardo / Satish Kandlikar / El Haik / Fenton / T.A. Trabold / Matthew Mench / Daniel S. Hussey / Matthew M. Mench / Thomas Trabold / David L. Jacobson / Kai Yang / Jeffrey Gagliardo / David Peterson / John Kopasz / / /
V.G.3 Investigation of Micro- and Macro-Scale Transport Processes for Improved Fuel Cell Performance Wenbin Gu (Primary Contact), Matthew Mench, Michael Hickner, Satish Kandlikar, Thomas Trabold, Jeffrey Gagliardo, Anus