FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3197433593> ?p ?o ?g. }

• W3197433593 endingPage "11596" @default.
• W3197433593 startingPage "11588" @default.
• W3197433593 abstract "The world is facing grand and ever-increasing pressures on energy and environmental issues. Using carbon-neutral biomass to prepare monomers such as dicarboxylic acids for degradable polymers is of great significance and an urgent but challenging task. Herein, we report a catalytic route for the synthesis of 2-hydroxy-2-methylsuccinic acid, an excellent monomer: e.g., it is able to remarkably enhance the comprehensive properties of polybutylene succinate as shown herein. By catalytic aerobic oxidation of levulinic acid, a bulk platform chemical derived from lignocellulose, the target product was obtained with a very high selectivity of up to ca. 95%. The mild reaction conditions below 100 °C in water and the low-cost reusable heterogeneous catalyst further make the process highly attractive for applications. This process was also found to be effective for the conversion of homologues of levulinic acid to dicarboxylic acids. We studied the C–C bond rearrangement and the roles of catalysts in the reaction that are highly likely involved in a superoxide anion radical mechanism. This study may provide inspiration for the synthesis of bio-based dicarboxylic acids via alternative routes." @default.
• W3197433593 created "2021-09-13" @default.
• W3197433593 creator A5003360765 @default.
• W3197433593 creator A5013412917 @default.
• W3197433593 creator A5019855876 @default.
• W3197433593 creator A5033461624 @default.
• W3197433593 creator A5035701638 @default.
• W3197433593 creator A5052329105 @default.
• W3197433593 creator A5067652261 @default.
• W3197433593 creator A5070812231 @default.
• W3197433593 creator A5082875478 @default.
• W3197433593 creator A5082986499 @default.
• W3197433593 creator A5089175200 @default.
• W3197433593 date "2021-09-03" @default.
• W3197433593 modified "2023-10-17" @default.
• W3197433593 title "Catalytic Aerobic Oxidation of Lignocellulose-Derived Levulinic Acid in Aqueous Solution: A Novel Route to Synthesize Dicarboxylic Acids for Bio-Based Polymers" @default.
• W3197433593 cites W1550965069 @default.
• W3197433593 cites W1750457094 @default.
• W3197433593 cites W1964452411 @default.
• W3197433593 cites W1969996880 @default.
• W3197433593 cites W1982516235 @default.
• W3197433593 cites W1988277551 @default.
• W3197433593 cites W1992118111 @default.
• W3197433593 cites W1997776674 @default.
• W3197433593 cites W2007986500 @default.
• W3197433593 cites W2029842534 @default.
• W3197433593 cites W2031883678 @default.
• W3197433593 cites W2032142610 @default.
• W3197433593 cites W2035373899 @default.
• W3197433593 cites W2035834939 @default.
• W3197433593 cites W2052429898 @default.
• W3197433593 cites W2062835240 @default.
• W3197433593 cites W2062849946 @default.
• W3197433593 cites W2065120954 @default.
• W3197433593 cites W2067759812 @default.
• W3197433593 cites W2081173072 @default.
• W3197433593 cites W2089686026 @default.
• W3197433593 cites W2102318977 @default.
• W3197433593 cites W2103876096 @default.
• W3197433593 cites W2120446525 @default.
• W3197433593 cites W2122889656 @default.
• W3197433593 cites W2124373921 @default.
• W3197433593 cites W2124667501 @default.
• W3197433593 cites W2130743093 @default.
• W3197433593 cites W2133884514 @default.
• W3197433593 cites W2155119641 @default.
• W3197433593 cites W2165032076 @default.
• W3197433593 cites W2319728625 @default.
• W3197433593 cites W2328264241 @default.
• W3197433593 cites W2342348238 @default.
• W3197433593 cites W2526272818 @default.
• W3197433593 cites W2558703285 @default.
• W3197433593 cites W2583252143 @default.
• W3197433593 cites W2588078506 @default.
• W3197433593 cites W2737259089 @default.
• W3197433593 cites W2744187295 @default.
• W3197433593 cites W2753178629 @default.
• W3197433593 cites W2756326126 @default.
• W3197433593 cites W2758016727 @default.
• W3197433593 cites W2769456954 @default.
• W3197433593 cites W2770922518 @default.
• W3197433593 cites W2772705793 @default.
• W3197433593 cites W2789356491 @default.
• W3197433593 cites W2796825260 @default.
• W3197433593 cites W2810505646 @default.
• W3197433593 cites W2810784671 @default.
• W3197433593 cites W2902453176 @default.
• W3197433593 cites W2913361861 @default.
• W3197433593 cites W2950871175 @default.
• W3197433593 cites W2979747648 @default.
• W3197433593 cites W3006328145 @default.
• W3197433593 cites W3019029735 @default.
• W3197433593 cites W3036224634 @default.
• W3197433593 cites W3042447127 @default.
• W3197433593 cites W3126525313 @default.
• W3197433593 cites W4231441765 @default.
• W3197433593 cites W4244120989 @default.
• W3197433593 cites W4247798604 @default.
• W3197433593 doi "https://doi.org/10.1021/acscatal.1c02531" @default.
• W3197433593 hasPublicationYear "2021" @default.
• W3197433593 type Work @default.
• W3197433593 sameAs 3197433593 @default.
• W3197433593 citedByCount "9" @default.
• W3197433593 countsByYear W31974335932021 @default.
• W3197433593 countsByYear W31974335932022 @default.
• W3197433593 countsByYear W31974335932023 @default.
• W3197433593 crossrefType "journal-article" @default.
• W3197433593 hasAuthorship W3197433593A5003360765 @default.
• W3197433593 hasAuthorship W3197433593A5013412917 @default.
• W3197433593 hasAuthorship W3197433593A5019855876 @default.
• W3197433593 hasAuthorship W3197433593A5033461624 @default.
• W3197433593 hasAuthorship W3197433593A5035701638 @default.
• W3197433593 hasAuthorship W3197433593A5052329105 @default.
• W3197433593 hasAuthorship W3197433593A5067652261 @default.
• W3197433593 hasAuthorship W3197433593A5070812231 @default.
• W3197433593 hasAuthorship W3197433593A5082875478 @default.
• W3197433593 hasAuthorship W3197433593A5082986499 @default.
• W3197433593 hasAuthorship W3197433593A5089175200 @default.

• next