FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3081521873> ?p ?o ?g. }

• W3081521873 endingPage "116361" @default.
• W3081521873 startingPage "116361" @default.
• W3081521873 abstract "Plasticizer pollution in drinking water and aquatic systems has raised global concerns due to the lasting and chronic hazards to marine life and public health. Metal-free materials are promising as green catalysts for wastewater purification. In this study, amorphous boron was applied as a metal-free activator to decompose peroxymonosulfate (PMS) for the degradation of plasticizers in water. Integrating radical trapping and selectively quenching tests with kinetic evaluation and electrochemical analysis, hydroxyl radical was found to be the dominating reactive oxygen species (ROS). With a strong oxidative capacity, the boron/PMS system can effectively degrade both bisphenols and phthalates plasticizers. In contrast, a carbon nanotube-catalyzed PMS system mediated a nonradical pathway to oxidize the electron-rich plasticizer (bisphenol A), but ineffectively to decompose the highly recalcitrant phthalates plasticizers (diethyl phthalate). Moreover, we unveiled that the boron surface was oxidized to boron oxide during the redox reaction, and the oxide would be self-cleaned in the acidic solution to regenerate fresh boron and restore the activity during the cyclic operations. Therefore, this work not only gains new insights into the radical and nonradical oxidations by metal-free catalysis, but also provides feasible technologies for plasticizer purification in water." @default.
• W3081521873 created "2020-09-08" @default.
• W3081521873 creator A5002950746 @default.
• W3081521873 creator A5006059700 @default.
• W3081521873 creator A5013288442 @default.
• W3081521873 creator A5030757098 @default.
• W3081521873 creator A5031414233 @default.
• W3081521873 creator A5062249713 @default.
• W3081521873 creator A5075671977 @default.
• W3081521873 date "2020-11-01" @default.
• W3081521873 modified "2023-10-14" @default.
• W3081521873 title "Hydroxyl radical dominated elimination of plasticizers by peroxymonosulfate on metal-free boron: Kinetics and mechanisms" @default.
• W3081521873 cites W1572632884 @default.
• W3081521873 cites W1812314843 @default.
• W3081521873 cites W1985150169 @default.
• W3081521873 cites W1991821581 @default.
• W3081521873 cites W1999336879 @default.
• W3081521873 cites W2017313611 @default.
• W3081521873 cites W2028936087 @default.
• W3081521873 cites W2032578873 @default.
• W3081521873 cites W2038173949 @default.
• W3081521873 cites W2038919037 @default.
• W3081521873 cites W2054759372 @default.
• W3081521873 cites W2083258686 @default.
• W3081521873 cites W2107727813 @default.
• W3081521873 cites W2166139511 @default.
• W3081521873 cites W2212918978 @default.
• W3081521873 cites W2287486004 @default.
• W3081521873 cites W2295141495 @default.
• W3081521873 cites W2299532793 @default.
• W3081521873 cites W2333946702 @default.
• W3081521873 cites W2337685078 @default.
• W3081521873 cites W2344042588 @default.
• W3081521873 cites W2504159405 @default.
• W3081521873 cites W2528112546 @default.
• W3081521873 cites W2530924693 @default.
• W3081521873 cites W2534737939 @default.
• W3081521873 cites W2591967958 @default.
• W3081521873 cites W2742896856 @default.
• W3081521873 cites W2746446033 @default.
• W3081521873 cites W2752779042 @default.
• W3081521873 cites W2754472845 @default.
• W3081521873 cites W2754901204 @default.
• W3081521873 cites W2763696086 @default.
• W3081521873 cites W2768962705 @default.
• W3081521873 cites W2770092632 @default.
• W3081521873 cites W2770125280 @default.
• W3081521873 cites W2774552145 @default.
• W3081521873 cites W2790656902 @default.
• W3081521873 cites W2794824328 @default.
• W3081521873 cites W2798207716 @default.
• W3081521873 cites W2804308463 @default.
• W3081521873 cites W2885002054 @default.
• W3081521873 cites W2886392700 @default.
• W3081521873 cites W2890111148 @default.
• W3081521873 cites W2894590647 @default.
• W3081521873 cites W2898208330 @default.
• W3081521873 cites W2899953517 @default.
• W3081521873 cites W2901708805 @default.
• W3081521873 cites W2927626535 @default.
• W3081521873 cites W2944245584 @default.
• W3081521873 cites W2944421018 @default.
• W3081521873 cites W2944675690 @default.
• W3081521873 cites W2950435649 @default.
• W3081521873 cites W2965662168 @default.
• W3081521873 cites W2985341814 @default.
• W3081521873 cites W2995688716 @default.
• W3081521873 cites W2996223098 @default.
• W3081521873 cites W2998151735 @default.
• W3081521873 cites W3004122129 @default.
• W3081521873 cites W3005002888 @default.
• W3081521873 cites W3006000014 @default.
• W3081521873 cites W3008264207 @default.
• W3081521873 cites W3011056268 @default.
• W3081521873 cites W3017101350 @default.
• W3081521873 cites W3039403738 @default.
• W3081521873 doi "https://doi.org/10.1016/j.watres.2020.116361" @default.
• W3081521873 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32927420" @default.
• W3081521873 hasPublicationYear "2020" @default.
• W3081521873 type Work @default.
• W3081521873 sameAs 3081521873 @default.
• W3081521873 citedByCount "83" @default.
• W3081521873 countsByYear W30815218732021 @default.
• W3081521873 countsByYear W30815218732022 @default.
• W3081521873 countsByYear W30815218732023 @default.
• W3081521873 crossrefType "journal-article" @default.
• W3081521873 hasAuthorship W3081521873A5002950746 @default.
• W3081521873 hasAuthorship W3081521873A5006059700 @default.
• W3081521873 hasAuthorship W3081521873A5013288442 @default.
• W3081521873 hasAuthorship W3081521873A5030757098 @default.
• W3081521873 hasAuthorship W3081521873A5031414233 @default.
• W3081521873 hasAuthorship W3081521873A5062249713 @default.
• W3081521873 hasAuthorship W3081521873A5075671977 @default.
• W3081521873 hasConcept C139066938 @default.
• W3081521873 hasConcept C161790260 @default.
• W3081521873 hasConcept C178790620 @default.
• W3081521873 hasConcept C185592680 @default.
• W3081521873 hasConcept C2776481364 @default.

• next