FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4286264212> ?p ?o ?g. }

• W4286264212 endingPage "133756" @default.
• W4286264212 startingPage "133756" @default.
• W4286264212 abstract "• Ag@AgCl-GO prepared in mustard pod extract for photocatalytic degradation of dyes • Phytochemicals of MPE cause conjugation of GO with plasmonic Ag@AgCl • Coupling of GO with Ag@AgCl increased separation of e − -h + pairs and photoactivity • Major active species for the photocatalytic degradation identified as the h + and • O 2 − In this paper, we report a facile, inexpensive, and ecofriendly synthesis of Ag@AgCl immobilized graphene oxide (GO) nanocomposite using mustard pod extract (MPE). The organic functional groups present in the phytochemicals of MPE play an important role in the formation of Ag@AgCl NPs and the conjugation of GO with Ag@AgCl NPs. In order to investigate size, morphology, composition, and stability, the detailed characterization was carried out using SEM, FE-SEM, EDX, HR-TEM, STEM, BET, elemental mapping X-ray diffraction, FTIR, UV-visible spectroscopy, and zeta potential studies. HR-TEM pictures show highly exfoliated GO layers with fine Ag@AgCl nanostructures evenly implanted, demonstrating that an Ag@AgCl-GO NCs has grown. The involvement of mustard pod extract throughout the fabrication of the Ag@AgCl-GO NCs photocatalyst was suggested by FTIR and Raman observations. Furthermore, XPS analyses revealed the existence of Ag 0 in addition to the Ag + of AgCl, as well as the immobilization of AgCl onto graphene oxide. The as synthesized Ag@AgCl-GO NCs demonstrated impressive photo catalytic efficacy for the degradation of highly carcinogenic 2-nitro phenol (2-NP), malachite green (MG) and congo red (CR) under visible light radiation. The experimentally obtained kinetic data revealed that the photocatalytic degradation reactions follow pseudo-first order kinetics in the presence of manufactured Ag@AgCl NPs and Ag@AgCl-GO NCs. The results of Raman, FTIR, and XPS analyses showed that graphene oxide nanosheets were effectively coupled with plasmonic Ag@AgCl NPs, resulting in increased physical separation of photo-induced electron-hole sets and thus markedly increased the photocatalytic performance of GO conjugated Ag@AgCl NPs over pure Ag@AgCl NPs. The most active radical species responsible for the photocatalytic degradation of 2-NP, MG, and CR are identified as h + and • O 2 − ." @default.
• W4286264212 created "2022-07-21" @default.
• W4286264212 creator A5062182953 @default.
• W4286264212 creator A5085539330 @default.
• W4286264212 date "2022-12-01" @default.
• W4286264212 modified "2023-10-09" @default.
• W4286264212 title "Sonication-assisted synthesis of Ag@AgCl and Ag@AgCl-GO and their photocatalytic performances" @default.
• W4286264212 cites W1968867224 @default.
• W4286264212 cites W1970720213 @default.
• W4286264212 cites W1972108741 @default.
• W4286264212 cites W1976156302 @default.
• W4286264212 cites W1984473516 @default.
• W4286264212 cites W1990986750 @default.
• W4286264212 cites W2012250046 @default.
• W4286264212 cites W2013891142 @default.
• W4286264212 cites W2021020758 @default.
• W4286264212 cites W2022256605 @default.
• W4286264212 cites W2023229623 @default.
• W4286264212 cites W2025282879 @default.
• W4286264212 cites W2025570578 @default.
• W4286264212 cites W2025618112 @default.
• W4286264212 cites W2036001101 @default.
• W4286264212 cites W2037013282 @default.
• W4286264212 cites W2038839851 @default.
• W4286264212 cites W2039475059 @default.
• W4286264212 cites W2039670985 @default.
• W4286264212 cites W2041734383 @default.
• W4286264212 cites W2042165078 @default.
• W4286264212 cites W2043995795 @default.
• W4286264212 cites W2059797408 @default.
• W4286264212 cites W2065876888 @default.
• W4286264212 cites W2068908844 @default.
• W4286264212 cites W2070591835 @default.
• W4286264212 cites W2075696739 @default.
• W4286264212 cites W2076330188 @default.
• W4286264212 cites W2085563934 @default.
• W4286264212 cites W2087849323 @default.
• W4286264212 cites W2095265920 @default.
• W4286264212 cites W2099540110 @default.
• W4286264212 cites W2101312334 @default.
• W4286264212 cites W2110835769 @default.
• W4286264212 cites W2111354277 @default.
• W4286264212 cites W2112304948 @default.
• W4286264212 cites W2113467957 @default.
• W4286264212 cites W2118341169 @default.
• W4286264212 cites W2120698559 @default.
• W4286264212 cites W2125027354 @default.
• W4286264212 cites W2127584350 @default.
• W4286264212 cites W2141720765 @default.
• W4286264212 cites W2148520542 @default.
• W4286264212 cites W2148818692 @default.
• W4286264212 cites W2149939375 @default.
• W4286264212 cites W2167455087 @default.
• W4286264212 cites W2171547878 @default.
• W4286264212 cites W2264127721 @default.
• W4286264212 cites W2294450054 @default.
• W4286264212 cites W2312716509 @default.
• W4286264212 cites W2316921421 @default.
• W4286264212 cites W2318513096 @default.
• W4286264212 cites W2318716688 @default.
• W4286264212 cites W2322285740 @default.
• W4286264212 cites W2325112411 @default.
• W4286264212 cites W2325494120 @default.
• W4286264212 cites W2325830109 @default.
• W4286264212 cites W2329248345 @default.
• W4286264212 cites W2336754074 @default.
• W4286264212 cites W2340243026 @default.
• W4286264212 cites W2479669491 @default.
• W4286264212 cites W2546927719 @default.
• W4286264212 cites W2761217088 @default.
• W4286264212 cites W2800602860 @default.
• W4286264212 cites W2805109650 @default.
• W4286264212 cites W2870297155 @default.
• W4286264212 cites W2883184470 @default.
• W4286264212 cites W2922799358 @default.
• W4286264212 cites W2941220971 @default.
• W4286264212 cites W2947578925 @default.
• W4286264212 cites W2949248133 @default.
• W4286264212 cites W2962962873 @default.
• W4286264212 cites W2974468564 @default.
• W4286264212 cites W2976061933 @default.
• W4286264212 cites W2979998460 @default.
• W4286264212 cites W2994892197 @default.
• W4286264212 cites W2997131785 @default.
• W4286264212 cites W2999077358 @default.
• W4286264212 cites W3011066372 @default.
• W4286264212 cites W3012831098 @default.
• W4286264212 cites W3014228298 @default.
• W4286264212 cites W3120808013 @default.
• W4286264212 cites W3192662373 @default.
• W4286264212 cites W4210524006 @default.
• W4286264212 doi "https://doi.org/10.1016/j.molstruc.2022.133756" @default.
• W4286264212 hasPublicationYear "2022" @default.
• W4286264212 type Work @default.
• W4286264212 citedByCount "9" @default.
• W4286264212 countsByYear W42862642122023 @default.
• W4286264212 crossrefType "journal-article" @default.
• W4286264212 hasAuthorship W4286264212A5062182953 @default.

• next