Matches in SemOpenAlex for { <https://semopenalex.org/work/W1836690313> ?p ?o ?g. }
- W1836690313 endingPage "5860" @default.
- W1836690313 startingPage "5836" @default.
- W1836690313 abstract "The rising interest in fuel cell vehicle technology (FCV) has engendered a growing need and realization to develop rational chemical strategies to create highly efficient, durable, and cost-effective fuel cells. Specifically, technical limitations associated with the major constituent components of the basic proton exchange membrane fuel cell (PEMFC), namely the cathode catalyst and the proton exchange membrane (PEM), have proven to be particularly demanding to overcome. Therefore, research trends within the community in recent years have focused on (i) accelerating the sluggish kinetics of the catalyst at the cathode and (ii) minimizing overall Pt content, while simultaneously (a) maximizing activity and durability as well as (b) increasing membrane proton conductivity without causing any concomitant loss in either stability or as a result of damage due to flooding. In this light, as an example, high temperature PEMFCs offer a promising avenue to improve the overall efficiency and marketability of fuel cell technology. In this Critical Review, recent advances in optimizing both cathode materials and PEMs as well as the future and peculiar challenges associated with each of these systems will be discussed." @default.
- W1836690313 created "2016-06-24" @default.
- W1836690313 creator A5008446227 @default.
- W1836690313 creator A5013790868 @default.
- W1836690313 creator A5040201970 @default.
- W1836690313 date "2015-01-01" @default.
- W1836690313 modified "2023-10-10" @default.
- W1836690313 title "A concise guide to sustainable PEMFCs: recent advances in improving both oxygen reduction catalysts and proton exchange membranes" @default.
- W1836690313 cites W1964985288 @default.
- W1836690313 cites W1970750014 @default.
- W1836690313 cites W1978883326 @default.
- W1836690313 cites W1979771121 @default.
- W1836690313 cites W1986857314 @default.
- W1836690313 cites W1989389325 @default.
- W1836690313 cites W1989396636 @default.
- W1836690313 cites W1990325585 @default.
- W1836690313 cites W1991661821 @default.
- W1836690313 cites W1993505514 @default.
- W1836690313 cites W1995719798 @default.
- W1836690313 cites W1997755871 @default.
- W1836690313 cites W2001665718 @default.
- W1836690313 cites W2005566706 @default.
- W1836690313 cites W2005900085 @default.
- W1836690313 cites W2011733788 @default.
- W1836690313 cites W2013288190 @default.
- W1836690313 cites W2014497642 @default.
- W1836690313 cites W2020436181 @default.
- W1836690313 cites W2022888795 @default.
- W1836690313 cites W2028094250 @default.
- W1836690313 cites W2033547726 @default.
- W1836690313 cites W2033754562 @default.
- W1836690313 cites W2034184081 @default.
- W1836690313 cites W2034597501 @default.
- W1836690313 cites W2035221147 @default.
- W1836690313 cites W2035680341 @default.
- W1836690313 cites W2038812758 @default.
- W1836690313 cites W2044417302 @default.
- W1836690313 cites W2044801461 @default.
- W1836690313 cites W2045062835 @default.
- W1836690313 cites W2046792565 @default.
- W1836690313 cites W2049649172 @default.
- W1836690313 cites W2052154074 @default.
- W1836690313 cites W2052502921 @default.
- W1836690313 cites W2052624821 @default.
- W1836690313 cites W2056413510 @default.
- W1836690313 cites W2057064190 @default.
- W1836690313 cites W2059301553 @default.
- W1836690313 cites W2060095104 @default.
- W1836690313 cites W2061591228 @default.
- W1836690313 cites W2065189559 @default.
- W1836690313 cites W2070537349 @default.
- W1836690313 cites W2074207002 @default.
- W1836690313 cites W2078220681 @default.
- W1836690313 cites W2078811216 @default.
- W1836690313 cites W2079898236 @default.
- W1836690313 cites W2085223918 @default.
- W1836690313 cites W2085398493 @default.
- W1836690313 cites W2094817259 @default.
- W1836690313 cites W2094952951 @default.
- W1836690313 cites W2118708336 @default.
- W1836690313 cites W2122422745 @default.
- W1836690313 cites W2123087515 @default.
- W1836690313 cites W2126954122 @default.
- W1836690313 cites W2129375929 @default.
- W1836690313 cites W2137685260 @default.
- W1836690313 cites W2149467519 @default.
- W1836690313 cites W2151014829 @default.
- W1836690313 cites W2159898685 @default.
- W1836690313 cites W2167035995 @default.
- W1836690313 cites W2169507785 @default.
- W1836690313 cites W2313084356 @default.
- W1836690313 cites W2314281466 @default.
- W1836690313 cites W2314490291 @default.
- W1836690313 cites W2319148158 @default.
- W1836690313 cites W2324472910 @default.
- W1836690313 cites W2325537760 @default.
- W1836690313 cites W2327461050 @default.
- W1836690313 cites W2327895588 @default.
- W1836690313 cites W2327982714 @default.
- W1836690313 cites W2329397025 @default.
- W1836690313 cites W2330509180 @default.
- W1836690313 cites W2331387259 @default.
- W1836690313 cites W2331534115 @default.
- W1836690313 cites W2332580565 @default.
- W1836690313 cites W2332659158 @default.
- W1836690313 cites W2334842819 @default.
- W1836690313 cites W2335056938 @default.
- W1836690313 cites W2335344422 @default.
- W1836690313 cites W2479211260 @default.
- W1836690313 cites W2500203595 @default.
- W1836690313 cites W2977140723 @default.
- W1836690313 cites W2992823476 @default.
- W1836690313 cites W4210280271 @default.
- W1836690313 doi "https://doi.org/10.1039/c5cs00302d" @default.
- W1836690313 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26119055" @default.
- W1836690313 hasPublicationYear "2015" @default.
- W1836690313 type Work @default.
- W1836690313 sameAs 1836690313 @default.