Matches in SemOpenAlex for { <https://semopenalex.org/work/W4361273304> ?p ?o ?g. }
- W4361273304 endingPage "136912" @default.
- W4361273304 startingPage "136912" @default.
- W4361273304 abstract "Nanoreactors have been enlightened by enzymes to benefit from particular confinement for purpose of the acceleration of catalytic reactions and rendering them specific. Herein, we have first designed and synthesized the high-efficiency carbon nanotube-stabilized cobalt oxides nanoparticles (CoOx/CNT), via immobilization of CoOx nanoparticles onto carbon nanotube (CNT), for 3-aminophenol (3-AP) degradation via peroxymonosulfate (PMS) activation. Among them, carbon nanotube is used as a nanoreactor for efficient degradation of 3-AP over CoOx/CNT nanocomposite. The detailed physical characterizations illustrate that CoOx/CNT presented a nanotube-shaped structure, and some CoOx nanoparticles were encapsulated into CNT, and the molar ration of Co and O in CoOx was calculated to be 1:1.006, where CoO1.006 might be the mixture of CoO and Co3O4. The comparison with other carriers (including MoS2, CeO2, ZnO and ZrO2), CoOx/CNT provides the highest 3-AP degradation efficiency, highlighting the key role of CNT, as a nanoreactor, in CoOx/CNT for activating PMS to degrade 3-AP. The super-high catalytic activity of CoOx/CNT nanocomposite in the 3-AP degradation is owing to the specific confinement (encapsulation of some CoOx by carbon nanotubes). It seems the electron transfer from CNT to Co atom surface, enriched its surface electron cloud density, which is favorable for PMS activation. Quenching experiments and electron paramagnetic resonance (EPR) result have verified that SO4•- and OH• are the primary reactive oxygen species in 3-AP degradation over CoOx/CNT/PMS system. This study provides a new research orientation for the synthesis of efficient and stable carbon nanotube-encapsulated Co-based nanocatalyst for wastewater treatment." @default.
- W4361273304 created "2023-03-31" @default.
- W4361273304 creator A5013895300 @default.
- W4361273304 creator A5026898895 @default.
- W4361273304 creator A5049324913 @default.
- W4361273304 creator A5065710684 @default.
- W4361273304 creator A5072493296 @default.
- W4361273304 creator A5088251889 @default.
- W4361273304 date "2023-06-01" @default.
- W4361273304 modified "2023-10-05" @default.
- W4361273304 title "Carbon nanotube as a nanoreactor for efficient degradation of 3-aminophenol over CoOx/CNT catalyst" @default.
- W4361273304 cites W1973037630 @default.
- W4361273304 cites W1975799912 @default.
- W4361273304 cites W1995423878 @default.
- W4361273304 cites W1996193209 @default.
- W4361273304 cites W1996923575 @default.
- W4361273304 cites W2021562578 @default.
- W4361273304 cites W2022333593 @default.
- W4361273304 cites W2029833122 @default.
- W4361273304 cites W2032571157 @default.
- W4361273304 cites W2038173949 @default.
- W4361273304 cites W2049444561 @default.
- W4361273304 cites W2057300717 @default.
- W4361273304 cites W2063306799 @default.
- W4361273304 cites W2073089244 @default.
- W4361273304 cites W2091596385 @default.
- W4361273304 cites W2119005206 @default.
- W4361273304 cites W2127846522 @default.
- W4361273304 cites W2321178107 @default.
- W4361273304 cites W2327380706 @default.
- W4361273304 cites W2476869475 @default.
- W4361273304 cites W2497102241 @default.
- W4361273304 cites W2503558142 @default.
- W4361273304 cites W2508930034 @default.
- W4361273304 cites W2605782710 @default.
- W4361273304 cites W2622506255 @default.
- W4361273304 cites W2739753565 @default.
- W4361273304 cites W2760636139 @default.
- W4361273304 cites W2783860815 @default.
- W4361273304 cites W2792892989 @default.
- W4361273304 cites W2793218048 @default.
- W4361273304 cites W2796726085 @default.
- W4361273304 cites W2800602860 @default.
- W4361273304 cites W2802159857 @default.
- W4361273304 cites W2804790420 @default.
- W4361273304 cites W2807548109 @default.
- W4361273304 cites W2874613678 @default.
- W4361273304 cites W2884800284 @default.
- W4361273304 cites W2890126830 @default.
- W4361273304 cites W2891072344 @default.
- W4361273304 cites W2891606388 @default.
- W4361273304 cites W2905287144 @default.
- W4361273304 cites W2905554330 @default.
- W4361273304 cites W2907263220 @default.
- W4361273304 cites W2920972242 @default.
- W4361273304 cites W2921574851 @default.
- W4361273304 cites W2924245701 @default.
- W4361273304 cites W2928241937 @default.
- W4361273304 cites W2944675690 @default.
- W4361273304 cites W2945499528 @default.
- W4361273304 cites W2954659450 @default.
- W4361273304 cites W2988738729 @default.
- W4361273304 cites W3000407984 @default.
- W4361273304 cites W3011028177 @default.
- W4361273304 cites W3024857352 @default.
- W4361273304 cites W3027878131 @default.
- W4361273304 cites W3034483867 @default.
- W4361273304 cites W3081510210 @default.
- W4361273304 cites W3082737789 @default.
- W4361273304 cites W3087613412 @default.
- W4361273304 cites W3106659948 @default.
- W4361273304 cites W3108849483 @default.
- W4361273304 cites W3119760521 @default.
- W4361273304 cites W3132025042 @default.
- W4361273304 cites W3150211751 @default.
- W4361273304 cites W3175619681 @default.
- W4361273304 cites W3185091960 @default.
- W4361273304 cites W3188843541 @default.
- W4361273304 cites W3201125308 @default.
- W4361273304 cites W3211101354 @default.
- W4361273304 cites W3216879882 @default.
- W4361273304 cites W4200218662 @default.
- W4361273304 cites W4214874618 @default.
- W4361273304 cites W4220736516 @default.
- W4361273304 cites W4224038093 @default.
- W4361273304 cites W4281716659 @default.
- W4361273304 cites W4285604469 @default.
- W4361273304 cites W4294580043 @default.
- W4361273304 cites W4296537345 @default.
- W4361273304 cites W4298130456 @default.
- W4361273304 doi "https://doi.org/10.1016/j.jclepro.2023.136912" @default.
- W4361273304 hasPublicationYear "2023" @default.
- W4361273304 type Work @default.
- W4361273304 citedByCount "6" @default.
- W4361273304 countsByYear W43612733042023 @default.
- W4361273304 crossrefType "journal-article" @default.
- W4361273304 hasAuthorship W4361273304A5013895300 @default.
- W4361273304 hasAuthorship W4361273304A5026898895 @default.