Matches in SemOpenAlex for { <https://semopenalex.org/work/W4297825338> ?p ?o ?g. }
- W4297825338 endingPage "1145" @default.
- W4297825338 startingPage "1145" @default.
- W4297825338 abstract "Hydrogen energy is recognized as the clean energy with the most development potential, and hydrogen fuel cell technology is considered the ultimate solution utilizing hydrogen energy. The proton exchange membrane fuel cell (PEMFC) has the merits of high energy efficiency, high energy density, low operating temperature, is clean, and affords environmental protection. Improving the structure of each functional layer could play a significant role in improving PEMFC performance. In addition, membrane electrode assemblies (MEAs) are the core components of a PEMFC, and their structure includes three main parts, namely, the gas diffusion layer (GDL), catalytic layer (CL), and proton exchange membrane (PEM). Therefore, this review focuses on progress in the modeling and simulation of the material structure in MEAs. First, the GDL simulation models are critically reviewed, including two-phase calculation models and microscopic simulation models. Second, CL microstructure models are comprehensively evaluated, involving power density enhancement, catalyst loading distribution, electrochemical reaction and its performance optimization. Third, the PEM simulation model, relating to molecular dynamics (MD) simulation techniques, 3D numerical techniques, and multiphysics simulation, are reviewed. Finally, the three aspects of similarity, individuality, and complementarity of these simulation models are discussed, and necessary outlooks, including the current limitations and challenges, are suggested, providing a reference for low-cost, high-performing PEMFC membrane electrodes for the future." @default.
- W4297825338 created "2022-10-01" @default.
- W4297825338 creator A5014191304 @default.
- W4297825338 creator A5030403219 @default.
- W4297825338 creator A5051158759 @default.
- W4297825338 creator A5055119259 @default.
- W4297825338 creator A5065050407 @default.
- W4297825338 creator A5071132524 @default.
- W4297825338 date "2022-08-09" @default.
- W4297825338 modified "2023-10-18" @default.
- W4297825338 title "Review: Modeling and Simulation of Membrane Electrode Material Structure for Proton Exchange Membrane Fuel Cells" @default.
- W4297825338 cites W1965396142 @default.
- W4297825338 cites W1973273502 @default.
- W4297825338 cites W1973757970 @default.
- W4297825338 cites W1978064927 @default.
- W4297825338 cites W1980196589 @default.
- W4297825338 cites W1982247460 @default.
- W4297825338 cites W1984114161 @default.
- W4297825338 cites W1985226120 @default.
- W4297825338 cites W1989919964 @default.
- W4297825338 cites W1993128212 @default.
- W4297825338 cites W2002013263 @default.
- W4297825338 cites W2002511289 @default.
- W4297825338 cites W2003759636 @default.
- W4297825338 cites W2005816518 @default.
- W4297825338 cites W2008648792 @default.
- W4297825338 cites W2011059945 @default.
- W4297825338 cites W2013131027 @default.
- W4297825338 cites W2017222237 @default.
- W4297825338 cites W2020969284 @default.
- W4297825338 cites W2022299938 @default.
- W4297825338 cites W2024125361 @default.
- W4297825338 cites W2027648458 @default.
- W4297825338 cites W2029735334 @default.
- W4297825338 cites W2031402963 @default.
- W4297825338 cites W2031728537 @default.
- W4297825338 cites W2033284328 @default.
- W4297825338 cites W2035510644 @default.
- W4297825338 cites W2038019500 @default.
- W4297825338 cites W2040860853 @default.
- W4297825338 cites W2042318227 @default.
- W4297825338 cites W2044307855 @default.
- W4297825338 cites W2044682059 @default.
- W4297825338 cites W2046986230 @default.
- W4297825338 cites W2048054600 @default.
- W4297825338 cites W2053435732 @default.
- W4297825338 cites W2057729576 @default.
- W4297825338 cites W2059180388 @default.
- W4297825338 cites W2061334643 @default.
- W4297825338 cites W2062608154 @default.
- W4297825338 cites W2062667330 @default.
- W4297825338 cites W2063136829 @default.
- W4297825338 cites W2067126321 @default.
- W4297825338 cites W2070351504 @default.
- W4297825338 cites W2072567229 @default.
- W4297825338 cites W2073208274 @default.
- W4297825338 cites W2083178090 @default.
- W4297825338 cites W2091289677 @default.
- W4297825338 cites W2117115053 @default.
- W4297825338 cites W2123431696 @default.
- W4297825338 cites W2127981427 @default.
- W4297825338 cites W2133980102 @default.
- W4297825338 cites W2134800081 @default.
- W4297825338 cites W2137517587 @default.
- W4297825338 cites W2139238537 @default.
- W4297825338 cites W2145396447 @default.
- W4297825338 cites W2150722247 @default.
- W4297825338 cites W2153959271 @default.
- W4297825338 cites W2160409499 @default.
- W4297825338 cites W2162682097 @default.
- W4297825338 cites W2164474299 @default.
- W4297825338 cites W2181702482 @default.
- W4297825338 cites W2306118808 @default.
- W4297825338 cites W2324415771 @default.
- W4297825338 cites W2339015284 @default.
- W4297825338 cites W2344069105 @default.
- W4297825338 cites W2471666589 @default.
- W4297825338 cites W2526216926 @default.
- W4297825338 cites W2532328807 @default.
- W4297825338 cites W2552123026 @default.
- W4297825338 cites W2571234166 @default.
- W4297825338 cites W2593505236 @default.
- W4297825338 cites W2594084965 @default.
- W4297825338 cites W2606471307 @default.
- W4297825338 cites W2607139018 @default.
- W4297825338 cites W2740019399 @default.
- W4297825338 cites W2764034184 @default.
- W4297825338 cites W2764114862 @default.
- W4297825338 cites W2766372138 @default.
- W4297825338 cites W2791699056 @default.
- W4297825338 cites W2791754748 @default.
- W4297825338 cites W2832122506 @default.
- W4297825338 cites W2883167861 @default.
- W4297825338 cites W2900927754 @default.
- W4297825338 cites W2913635578 @default.
- W4297825338 cites W2921803536 @default.
- W4297825338 cites W2931098272 @default.
- W4297825338 cites W2944652044 @default.