Matches in SemOpenAlex for { <https://semopenalex.org/work/W2140698937> ?p ?o ?g. }
- W2140698937 endingPage "2141" @default.
- W2140698937 startingPage "2141" @default.
- W2140698937 abstract "Highly efficient catalytic hydrogenations are achieved by using amphiphilic polymer-stabilized Fe(0) nanoparticle (Fe NP) catalysts in ethanol or water in a flow reactor. Alkenes, alkynes, aromatic imines and aldehydes were hydrogenated nearly quantitatively in most cases. Aliphatic amines and aldehydes, ketone, ester, arene, nitro, and aryl halide functionalities are not affected, which provides an interesting chemoselectivity. The Fe NPs used in this system are stabilized and protected by an amphiphilic polymer resin, providing a unique system that combines long-term stability and high activity. The NPs were characterized by TEM of microtomed resin, which established that iron remains in the zero-valent form despite exposure to water and oxygen. The amphiphilic resin-supported Fe(0) nanoparticles in water and in flow provide a novel, robust, cheap and environmentally benign catalyst system for chemoselective hydrogenations." @default.
- W2140698937 created "2016-06-24" @default.
- W2140698937 creator A5021388534 @default.
- W2140698937 creator A5056534781 @default.
- W2140698937 creator A5068508198 @default.
- W2140698937 creator A5070987317 @default.
- W2140698937 creator A5077470883 @default.
- W2140698937 creator A5089984727 @default.
- W2140698937 creator A5091330417 @default.
- W2140698937 date "2013-01-01" @default.
- W2140698937 modified "2023-10-07" @default.
- W2140698937 title "Highly efficient iron(0) nanoparticle-catalyzed hydrogenation in water in flow" @default.
- W2140698937 cites W1974166089 @default.
- W2140698937 cites W1990676461 @default.
- W2140698937 cites W1994630131 @default.
- W2140698937 cites W1996550247 @default.
- W2140698937 cites W2002523588 @default.
- W2140698937 cites W2004498706 @default.
- W2140698937 cites W2011678386 @default.
- W2140698937 cites W2011980221 @default.
- W2140698937 cites W2017239055 @default.
- W2140698937 cites W2022598944 @default.
- W2140698937 cites W2024216229 @default.
- W2140698937 cites W2026278685 @default.
- W2140698937 cites W2027365329 @default.
- W2140698937 cites W2028047563 @default.
- W2140698937 cites W2029438320 @default.
- W2140698937 cites W2029815043 @default.
- W2140698937 cites W2037581890 @default.
- W2140698937 cites W2052202097 @default.
- W2140698937 cites W2057859838 @default.
- W2140698937 cites W2060416946 @default.
- W2140698937 cites W2075039226 @default.
- W2140698937 cites W2076883432 @default.
- W2140698937 cites W2080394812 @default.
- W2140698937 cites W2080877170 @default.
- W2140698937 cites W2081890623 @default.
- W2140698937 cites W2083999170 @default.
- W2140698937 cites W2086187432 @default.
- W2140698937 cites W2088316080 @default.
- W2140698937 cites W2089796475 @default.
- W2140698937 cites W2093300134 @default.
- W2140698937 cites W2095082630 @default.
- W2140698937 cites W2108315037 @default.
- W2140698937 cites W2110128916 @default.
- W2140698937 cites W2110659651 @default.
- W2140698937 cites W2120573543 @default.
- W2140698937 cites W2124165116 @default.
- W2140698937 cites W2126856118 @default.
- W2140698937 cites W2132126611 @default.
- W2140698937 cites W2136252185 @default.
- W2140698937 cites W2138573798 @default.
- W2140698937 cites W2145327472 @default.
- W2140698937 cites W2164335157 @default.
- W2140698937 cites W2166521877 @default.
- W2140698937 cites W2167014804 @default.
- W2140698937 cites W2316261853 @default.
- W2140698937 cites W2950957087 @default.
- W2140698937 cites W2952920983 @default.
- W2140698937 cites W4232928814 @default.
- W2140698937 cites W4245779216 @default.
- W2140698937 cites W4255610297 @default.
- W2140698937 cites W4256605712 @default.
- W2140698937 cites W4379184131 @default.
- W2140698937 cites W4383679852 @default.
- W2140698937 doi "https://doi.org/10.1039/c3gc40789f" @default.
- W2140698937 hasPublicationYear "2013" @default.
- W2140698937 type Work @default.
- W2140698937 sameAs 2140698937 @default.
- W2140698937 citedByCount "95" @default.
- W2140698937 countsByYear W21406989372013 @default.
- W2140698937 countsByYear W21406989372014 @default.
- W2140698937 countsByYear W21406989372015 @default.
- W2140698937 countsByYear W21406989372016 @default.
- W2140698937 countsByYear W21406989372017 @default.
- W2140698937 countsByYear W21406989372018 @default.
- W2140698937 countsByYear W21406989372019 @default.
- W2140698937 countsByYear W21406989372020 @default.
- W2140698937 countsByYear W21406989372021 @default.
- W2140698937 countsByYear W21406989372022 @default.
- W2140698937 countsByYear W21406989372023 @default.
- W2140698937 crossrefType "journal-article" @default.
- W2140698937 hasAuthorship W2140698937A5021388534 @default.
- W2140698937 hasAuthorship W2140698937A5056534781 @default.
- W2140698937 hasAuthorship W2140698937A5068508198 @default.
- W2140698937 hasAuthorship W2140698937A5070987317 @default.
- W2140698937 hasAuthorship W2140698937A5077470883 @default.
- W2140698937 hasAuthorship W2140698937A5089984727 @default.
- W2140698937 hasAuthorship W2140698937A5091330417 @default.
- W2140698937 hasBestOaLocation W21406989372 @default.
- W2140698937 hasConcept C155672457 @default.
- W2140698937 hasConcept C15920480 @default.
- W2140698937 hasConcept C161790260 @default.
- W2140698937 hasConcept C171250308 @default.
- W2140698937 hasConcept C171560689 @default.
- W2140698937 hasConcept C178790620 @default.
- W2140698937 hasConcept C185592680 @default.
- W2140698937 hasConcept C190667039 @default.