FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3044788410> ?p ?o ?g. }

• W3044788410 endingPage "18841" @default.
• W3044788410 startingPage "18831" @default.
• W3044788410 abstract "Graphene has unprecedented physical, chemical, and electronic properties, but need of the hour is to develop low-dimensional nanomaterials, such as graphene quantum dots (GQDs), that could be incorporated into nanoscale devices. This article depicts the production of GQDs from ultrafine, thin (0.8-1 nm), bilayer graphene sheets (GSs) possessing large micron-sized lateral dimension, low defect density (ID/IG: 0.1), and oxidation degree (C/O ratio: 27) of lowest level, in contrast to many other techniques where synthesis of GSs was done using analytical-grade expensive graphite electrodes. This low-cost manufacturing of GSs for industrial-scale applications was achieved by utilizing only 99%-purity graphite electrodes. The variants of such graphite electrodes (graphite rod, film, pencil) are etched in different pH electrolytes (H2SO4, NaCl, NaOH) via prompt electrochemical exfoliation, each giving more than 50% yield. Nowadays, semiconductor quantum dots (QDs) are utilized in smart device production industries, but their toxicity is a major issue of concern. Therefore, the dimension of this two-dimensional (2D) material is reduced to <10 nm to generate GQDs. A facile and highly reproducible approach has been reported for the large-scale generation of GQDs (size ca. 6-10 nm) with minimal surface defects. The protocol followed in this article to synthesize GQDs involves the use of ethylenediamine (en), which passivates the surface and reduces defects, thereby enhancing the optical properties. We demonstrate the correlation of the electrochemical and hydrothermal parameters with the growth mechanism and morphological, structural, chemical, and optical properties of the graphene nanomaterials. Raman spectroscopy and X-ray diffraction (XRD) reveal the structural configurations of GSs and GQDs to investigate the nature of defects. Field emission scanning electron microscopy (FESEM) confirms the morphological characteristics of the as-prepared GSs and GQDs with energy-dispersive X-ray (EDX) analysis determining the C/O ratio. The optical properties like UV-visible absorption and fluorescence assays show the quantum confinement effect phenomenon in GQDs. The obtained GSs and GQDs display enhanced solution stability in DI water and other solvents due to controllable oxidation degree as elucidated through Fourier transform infrared (FTIR) analysis." @default.
• W3044788410 created "2020-07-29" @default.
• W3044788410 creator A5000961949 @default.
• W3044788410 creator A5010553196 @default.
• W3044788410 creator A5022702091 @default.
• W3044788410 creator A5074856731 @default.
• W3044788410 date "2020-07-22" @default.
• W3044788410 modified "2023-10-12" @default.
• W3044788410 title "Avenue to Large-Scale Production of Graphene Quantum Dots from High-Purity Graphene Sheets Using Laboratory-Grade Graphite Electrodes" @default.
• W3044788410 cites W1866812925 @default.
• W3044788410 cites W1898173629 @default.
• W3044788410 cites W1972834498 @default.
• W3044788410 cites W1974899246 @default.
• W3044788410 cites W1975486470 @default.
• W3044788410 cites W1988759097 @default.
• W3044788410 cites W2004037219 @default.
• W3044788410 cites W2005144366 @default.
• W3044788410 cites W2015254455 @default.
• W3044788410 cites W2017611256 @default.
• W3044788410 cites W2020306845 @default.
• W3044788410 cites W2038238959 @default.
• W3044788410 cites W2038754799 @default.
• W3044788410 cites W2044655306 @default.
• W3044788410 cites W2056355037 @default.
• W3044788410 cites W2060690849 @default.
• W3044788410 cites W2071955897 @default.
• W3044788410 cites W2074802901 @default.
• W3044788410 cites W2082649195 @default.
• W3044788410 cites W2097371868 @default.
• W3044788410 cites W2101353938 @default.
• W3044788410 cites W2105685140 @default.
• W3044788410 cites W2113496902 @default.
• W3044788410 cites W2114747115 @default.
• W3044788410 cites W2123830103 @default.
• W3044788410 cites W2134281086 @default.
• W3044788410 cites W2136334331 @default.
• W3044788410 cites W2144394219 @default.
• W3044788410 cites W2181555329 @default.
• W3044788410 cites W2196502478 @default.
• W3044788410 cites W2269251180 @default.
• W3044788410 cites W2269760464 @default.
• W3044788410 cites W2273074033 @default.
• W3044788410 cites W2274603375 @default.
• W3044788410 cites W2282474369 @default.
• W3044788410 cites W2283614536 @default.
• W3044788410 cites W2314520308 @default.
• W3044788410 cites W2315597564 @default.
• W3044788410 cites W2327716314 @default.
• W3044788410 cites W2332450306 @default.
• W3044788410 cites W2333023959 @default.
• W3044788410 cites W2395020195 @default.
• W3044788410 cites W2460464191 @default.
• W3044788410 cites W2499784316 @default.
• W3044788410 cites W2512463164 @default.
• W3044788410 cites W2516746381 @default.
• W3044788410 cites W2538065224 @default.
• W3044788410 cites W2563501482 @default.
• W3044788410 cites W2599048332 @default.
• W3044788410 cites W2754822323 @default.
• W3044788410 cites W2768218611 @default.
• W3044788410 cites W2805255799 @default.
• W3044788410 cites W2887789413 @default.
• W3044788410 cites W2890577459 @default.
• W3044788410 cites W3005285318 @default.
• W3044788410 cites W3014633736 @default.
• W3044788410 cites W3098378655 @default.
• W3044788410 doi "https://doi.org/10.1021/acsomega.0c01993" @default.
• W3044788410 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7408250" @default.
• W3044788410 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32775885" @default.
• W3044788410 hasPublicationYear "2020" @default.
• W3044788410 type Work @default.
• W3044788410 sameAs 3044788410 @default.
• W3044788410 citedByCount "16" @default.
• W3044788410 countsByYear W30447884102021 @default.
• W3044788410 countsByYear W30447884102022 @default.
• W3044788410 countsByYear W30447884102023 @default.
• W3044788410 crossrefType "journal-article" @default.
• W3044788410 hasAuthorship W3044788410A5000961949 @default.
• W3044788410 hasAuthorship W3044788410A5010553196 @default.
• W3044788410 hasAuthorship W3044788410A5022702091 @default.
• W3044788410 hasAuthorship W3044788410A5074856731 @default.
• W3044788410 hasBestOaLocation W30447884101 @default.
• W3044788410 hasConcept C120665830 @default.
• W3044788410 hasConcept C121332964 @default.
• W3044788410 hasConcept C124657808 @default.
• W3044788410 hasConcept C127413603 @default.
• W3044788410 hasConcept C129162502 @default.
• W3044788410 hasConcept C138631740 @default.
• W3044788410 hasConcept C147789679 @default.
• W3044788410 hasConcept C159985019 @default.
• W3044788410 hasConcept C171250308 @default.
• W3044788410 hasConcept C17525397 @default.
• W3044788410 hasConcept C185592680 @default.
• W3044788410 hasConcept C192562407 @default.
• W3044788410 hasConcept C205286655 @default.
• W3044788410 hasConcept C2779698641 @default.
• W3044788410 hasConcept C30080830 @default.
• W3044788410 hasConcept C40003534 @default.

• next