Prof. Dr. Gregor Hoogers
Umweltplanung/Umwelttechnik, Hochschule Trier
- 06782/17-1250
- 06782/17-1287
Butsch, Hanno; Roth, Christina; Ritzinger, Dietrich et al.
Spatially Resolved Contact Pressure and Contact Resistance Measurements at the Gas Diffusion Layer: A Tool for PEM Fuel Cell DevelopmentJournal of The Electrochemical Society. Bd. 159. H. 6. The Electrochemical Society 2012 S. B709 - B713
Dixon, Ditty; Schröder, Alexander; Schökel, Alexander et al.
Design of In-Situ Experimentation for the Study of Fuel Cells with X-rays and NeutronsMaterials Testing. Bd. 52. H. 10. Walter de Gruyter 2010 S. 725 - 735
Hoogers, G.; Schaus, S.; Loos, V. et al.
Strom aus Propan: ein mobiles 2 kW BrennstoffzellensystemChemie Ingenieur Technik. Bd. 79. H. 9. Wiley 2007 S. 1333
Hoogers, Gregor; Hoogers, Gregor
Fuel Cell Technology Handbook1.0. Aufl. Boca Raton: CRC Press 2004
Ball, Sarah; Hodgkinson, Adam; Hoogers, Gregor et al.
The Proton Exchange Membrane Fuel Cell Performance of a Carbon Supported PtMo Catalyst Operating on ReformateElectrochemical and Solid-State Letters. Bd. 5. H. 2. The Electrochemical Society 2002 S. A31
Hoogers, Gregor
Brennstoffzellen - Motoren der Zukunft?Physikalische Blätter. Bd. 56. H. 5. Wiley 2000 S. 53 - 58
Hoogers, Gregor; Thompsett, Dave
Catalysis in Proton Exchange Membrane TechnologyCATTECH. Bd. 6. 2000 S. 106 - 124
Hoogers, Gregor
Fuel cells: power for the futurePhysics World. Bd. 11. H. 8. IOP Publishing 1998 S. 31 - 36
Hoogers, G.; King, D. A.
A general theory for phase change kinetics with universal growth exponentsChemical Physics Letters. Bd. 267. H. 1-2. Elsevier BV 1997 S. 37 - 43
Hoogers, G.; Lesiák-Orłowska, B.; King, D. A.
Diffusion on a stepped surface: H and D on Rh{332}Surface Science. Bd. 327. H. 1-2. Elsevier BV 1995 S. 47 - 52