FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2110300130> ?p ?o ?g. }

• W2110300130 endingPage "579" @default.
• W2110300130 startingPage "557" @default.
• W2110300130 abstract "▪ Abstract Combinatorial methods provide a means for accelerating the discovery of fuel cell catalysts. The first example of parallel fuel cell catalysts screening was an indirect method that used fluorescent chemosensors to detect changes in pH in proximity to electrocatalyst spots. Serial direct electrochemical methods have been developed that use voltammetry, chronoamperometry, and scanning electrochemical microscopy. An array fuel cell screens catalysts simultaneously, using high-performance fuel cell components. Heuristic models based on mechanistic and spectroscopic studies provide guidance for library development, and detailed studies of discovered catalysts can help to refine these models. The remaining challenges are the development of high throughput synthetic methods that can enable the use of discovery level and focus level screening. Until these synthetic methods are developed, a greater emphasis should be placed on smaller libraries with design of experiment strategies leveraged with informatics and data mining." @default.
• W2110300130 created "2016-06-24" @default.
• W2110300130 creator A5016170028 @default.
• W2110300130 creator A5030158023 @default.
• W2110300130 date "2003-08-01" @default.
• W2110300130 modified "2023-10-01" @default.
• W2110300130 title "New Electrocatalysts by Combinatorial Methods" @default.
• W2110300130 cites W100762752 @default.
• W2110300130 cites W103659393 @default.
• W2110300130 cites W1468659298 @default.
• W2110300130 cites W1531209125 @default.
• W2110300130 cites W1563722513 @default.
• W2110300130 cites W1601710908 @default.
• W2110300130 cites W1775183869 @default.
• W2110300130 cites W1964457954 @default.
• W2110300130 cites W1970863717 @default.
• W2110300130 cites W1971809667 @default.
• W2110300130 cites W1971858711 @default.
• W2110300130 cites W1980878986 @default.
• W2110300130 cites W1985434870 @default.
• W2110300130 cites W1988143057 @default.
• W2110300130 cites W1989649319 @default.
• W2110300130 cites W1989736555 @default.
• W2110300130 cites W1989912576 @default.
• W2110300130 cites W1989919964 @default.
• W2110300130 cites W1990102275 @default.
• W2110300130 cites W1996561506 @default.
• W2110300130 cites W1997216543 @default.
• W2110300130 cites W2000485376 @default.
• W2110300130 cites W2002501561 @default.
• W2110300130 cites W2002525163 @default.
• W2110300130 cites W2004791385 @default.
• W2110300130 cites W2005640507 @default.
• W2110300130 cites W2006738296 @default.
• W2110300130 cites W2016365360 @default.
• W2110300130 cites W2018098301 @default.
• W2110300130 cites W2033059999 @default.
• W2110300130 cites W2034447748 @default.
• W2110300130 cites W2036304068 @default.
• W2110300130 cites W2037232917 @default.
• W2110300130 cites W2040700713 @default.
• W2110300130 cites W2042121303 @default.
• W2110300130 cites W2044383916 @default.
• W2110300130 cites W2045582075 @default.
• W2110300130 cites W2049337972 @default.
• W2110300130 cites W2054687492 @default.
• W2110300130 cites W2057872969 @default.
• W2110300130 cites W2063059290 @default.
• W2110300130 cites W2068327939 @default.
• W2110300130 cites W2071563010 @default.
• W2110300130 cites W2072694114 @default.
• W2110300130 cites W2076869987 @default.
• W2110300130 cites W2079833473 @default.
• W2110300130 cites W2080789747 @default.
• W2110300130 cites W2081789998 @default.
• W2110300130 cites W2082221966 @default.
• W2110300130 cites W2084145153 @default.
• W2110300130 cites W2084922494 @default.
• W2110300130 cites W2091269303 @default.
• W2110300130 cites W2091424410 @default.
• W2110300130 cites W2091731732 @default.
• W2110300130 cites W2093320134 @default.
• W2110300130 cites W2113371150 @default.
• W2110300130 cites W2115354399 @default.
• W2110300130 cites W2117474250 @default.
• W2110300130 cites W2118579405 @default.
• W2110300130 cites W2120317481 @default.
• W2110300130 cites W2129865447 @default.
• W2110300130 cites W2139972351 @default.
• W2110300130 cites W2158353478 @default.
• W2110300130 cites W2159155378 @default.
• W2110300130 cites W2164142305 @default.
• W2110300130 cites W2231340672 @default.
• W2110300130 cites W2949199914 @default.
• W2110300130 cites W4211253978 @default.
• W2110300130 cites W4230942953 @default.
• W2110300130 cites W4231115643 @default.
• W2110300130 cites W4234307152 @default.
• W2110300130 cites W4234793302 @default.
• W2110300130 cites W4237932826 @default.
• W2110300130 cites W4239329501 @default.
• W2110300130 cites W4242158335 @default.
• W2110300130 cites W4244056397 @default.
• W2110300130 cites W4252289839 @default.
• W2110300130 cites W4252931838 @default.
• W2110300130 doi "https://doi.org/10.1146/annurev.matsci.33.022802.090953" @default.
• W2110300130 hasPublicationYear "2003" @default.
• W2110300130 type Work @default.
• W2110300130 sameAs 2110300130 @default.
• W2110300130 citedByCount "78" @default.
• W2110300130 countsByYear W21103001302012 @default.
• W2110300130 countsByYear W21103001302013 @default.
• W2110300130 countsByYear W21103001302014 @default.
• W2110300130 countsByYear W21103001302015 @default.
• W2110300130 countsByYear W21103001302017 @default.
• W2110300130 countsByYear W21103001302018 @default.
• W2110300130 countsByYear W21103001302019 @default.
• W2110300130 countsByYear W21103001302020 @default.

• next