FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1626002805> ?p ?o ?g. }

• W1626002805 abstract "Abstract The mass production of proton exchange membrane fuel cell (PEMFC) for stationary or mobile applications requires long‐term durability and minimization of the voltage loss observed upon operation. The extent of PEMFC performance degradation depends on the type of materials composing the membrane electrode assembly (MEA), their manufacturing technique, their structure, and the operating conditions of the cell. Recently, electron microscopy (EM) has become a technique of choice to achieve a better understanding of the physical/chemical origin of the MEA degradation as a function of operation time. Unlike most other physical, chemical, and electrochemical in situ or ex situ techniques (global techniques), EM enables the identification of local changes to the various components of the MEA. For example, defect formation at the micrometer scale in the proton exchange membrane (PEM) and the active layer (observed by scanning electron microscopy), change of porosity and redistribution of the electrocatalyst at the nanometer scale (observed by field‐emission gun scanning electron microscopy (FEG‐SEM) and transmission electron microscopy (TEM)), or structure/composition degradation of electrocatalyst nanoparticles at the atomic scale (observed by high‐resolution transmission electron microscopy (HRTEM)) can be derived from EM. A combination of the conclusions derived from local EM observations with those derived from other global characterization techniques yields the determination of MEA degradation mechanisms and provides some important routes to improve the PEM fuel cell performance and durability." @default.
• W1626002805 created "2016-06-24" @default.
• W1626002805 creator A5006094312 @default.
• W1626002805 creator A5035932055 @default.
• W1626002805 creator A5047512137 @default.
• W1626002805 date "2010-12-15" @default.
• W1626002805 modified "2023-10-16" @default.
• W1626002805 title "Electron microscopy to study membrane electrode assembly ( <scp>MEA</scp> ) materials and structure degradation" @default.
• W1626002805 cites W1666678382 @default.
• W1626002805 cites W1823066091 @default.
• W1626002805 cites W1964140986 @default.
• W1626002805 cites W1964936989 @default.
• W1626002805 cites W1966097733 @default.
• W1626002805 cites W1966183862 @default.
• W1626002805 cites W1966315283 @default.
• W1626002805 cites W1966429989 @default.
• W1626002805 cites W1967124361 @default.
• W1626002805 cites W1969370730 @default.
• W1626002805 cites W1969910519 @default.
• W1626002805 cites W1971019017 @default.
• W1626002805 cites W1972083118 @default.
• W1626002805 cites W1974739348 @default.
• W1626002805 cites W1975889880 @default.
• W1626002805 cites W1975936460 @default.
• W1626002805 cites W1977282995 @default.
• W1626002805 cites W1977478560 @default.
• W1626002805 cites W1981869703 @default.
• W1626002805 cites W1984114161 @default.
• W1626002805 cites W1984768723 @default.
• W1626002805 cites W1986168761 @default.
• W1626002805 cites W1987916847 @default.
• W1626002805 cites W1988180040 @default.
• W1626002805 cites W1988457545 @default.
• W1626002805 cites W1989868973 @default.
• W1626002805 cites W1989919964 @default.
• W1626002805 cites W1991757095 @default.
• W1626002805 cites W1994951289 @default.
• W1626002805 cites W1997595524 @default.
• W1626002805 cites W2004742529 @default.
• W1626002805 cites W2004816004 @default.
• W1626002805 cites W2005826198 @default.
• W1626002805 cites W2007284458 @default.
• W1626002805 cites W2007547193 @default.
• W1626002805 cites W2007718358 @default.
• W1626002805 cites W2007793861 @default.
• W1626002805 cites W2007884836 @default.
• W1626002805 cites W2010576058 @default.
• W1626002805 cites W2018357098 @default.
• W1626002805 cites W2021290741 @default.
• W1626002805 cites W2023594837 @default.
• W1626002805 cites W2024141244 @default.
• W1626002805 cites W2027727830 @default.
• W1626002805 cites W2029716369 @default.
• W1626002805 cites W2030471815 @default.
• W1626002805 cites W2030637764 @default.
• W1626002805 cites W2034980493 @default.
• W1626002805 cites W2037672936 @default.
• W1626002805 cites W2043993334 @default.
• W1626002805 cites W2044682059 @default.
• W1626002805 cites W2048018007 @default.
• W1626002805 cites W2048468721 @default.
• W1626002805 cites W2049349565 @default.
• W1626002805 cites W2050513027 @default.
• W1626002805 cites W2052969361 @default.
• W1626002805 cites W2055082011 @default.
• W1626002805 cites W2056492249 @default.
• W1626002805 cites W2057136010 @default.
• W1626002805 cites W2057381598 @default.
• W1626002805 cites W2057803141 @default.
• W1626002805 cites W2061496228 @default.
• W1626002805 cites W2069980607 @default.
• W1626002805 cites W2070354162 @default.
• W1626002805 cites W2070643430 @default.
• W1626002805 cites W2074207002 @default.
• W1626002805 cites W2074465501 @default.
• W1626002805 cites W2076795378 @default.
• W1626002805 cites W2080002579 @default.
• W1626002805 cites W2081502878 @default.
• W1626002805 cites W2081942312 @default.
• W1626002805 cites W2081981103 @default.
• W1626002805 cites W2083853506 @default.
• W1626002805 cites W2088288015 @default.
• W1626002805 cites W2091147605 @default.
• W1626002805 cites W2091252781 @default.
• W1626002805 cites W2092311195 @default.
• W1626002805 cites W2094599425 @default.
• W1626002805 cites W2095272854 @default.
• W1626002805 cites W2095328980 @default.
• W1626002805 cites W2106664196 @default.
• W1626002805 cites W2110568504 @default.
• W1626002805 cites W2122861650 @default.
• W1626002805 cites W2136416613 @default.
• W1626002805 cites W2136613209 @default.
• W1626002805 cites W2140563650 @default.
• W1626002805 cites W2144557595 @default.
• W1626002805 cites W2149900431 @default.
• W1626002805 cites W2151189918 @default.
• W1626002805 cites W2153235565 @default.
• W1626002805 cites W2161410708 @default.
• W1626002805 cites W2163460560 @default.

• next