Matches in SemOpenAlex for { <https://semopenalex.org/work/W4308528181> ?p ?o ?g. }
- W4308528181 endingPage "11286" @default.
- W4308528181 startingPage "11286" @default.
- W4308528181 abstract "Carbon quantum dots (CDs) are a fascinating class of carbon nanomaterials (less than 10 nm in size) with unique optical, electrical, and physicochemical properties. In addition to these properties, CQDs exhibit the desired advantages of aqueous stability, low toxicity, high surface area, economic feasibility, chemical inertness, and highly tunable photoluminescence behaviour. Recently, graphitic carbon nitride (g-C3N4) has appeared as one of the required stable carbon-based polymers due to its varied applications in several fields. In this regard, modification strategies have been made in the g-C3N4 semiconductor using CQDs to enhance the adsorptive and photocatalytic activity. In comparison to other semiconductor quantum dots, g-C3N4 shows strong fluorescent properties, such as wide excitation spectra, photostability, and tunable photo-luminescent emission spectra. The interaction inside this multicomponent photocatalyst further promotes the photocatalytic activity by improving charge transference, which plays a vital role in electrochemistry. Therefore, CQDs are auspicious nanomaterials in the field of photocatalysis, wastewater treatment and water adsorption treatment. This particular article featured the recent progression in the field of CDs/g-C3N4-based photocatalysts focusing on their luminescent mechanism and potential applications in wastewater treatment." @default.
- W4308528181 created "2022-11-12" @default.
- W4308528181 creator A5004260380 @default.
- W4308528181 creator A5008445464 @default.
- W4308528181 creator A5070747615 @default.
- W4308528181 creator A5076887063 @default.
- W4308528181 creator A5080392802 @default.
- W4308528181 creator A5080595139 @default.
- W4308528181 creator A5083765254 @default.
- W4308528181 creator A5088610984 @default.
- W4308528181 creator A5090456927 @default.
- W4308528181 date "2022-11-07" @default.
- W4308528181 modified "2023-10-05" @default.
- W4308528181 title "A Review on Carbon Quantum Dots Modified g-C3N4-Based Photocatalysts and Potential Application in Wastewater Treatment" @default.
- W4308528181 cites W1162606687 @default.
- W4308528181 cites W1195338751 @default.
- W4308528181 cites W166598338 @default.
- W4308528181 cites W1965244410 @default.
- W4308528181 cites W2002000310 @default.
- W4308528181 cites W2003665879 @default.
- W4308528181 cites W2019923808 @default.
- W4308528181 cites W2025256923 @default.
- W4308528181 cites W2042492216 @default.
- W4308528181 cites W2046095186 @default.
- W4308528181 cites W2092746509 @default.
- W4308528181 cites W2150399639 @default.
- W4308528181 cites W2199300344 @default.
- W4308528181 cites W2257992222 @default.
- W4308528181 cites W2333893253 @default.
- W4308528181 cites W2400589155 @default.
- W4308528181 cites W2462037391 @default.
- W4308528181 cites W2513787064 @default.
- W4308528181 cites W2612898279 @default.
- W4308528181 cites W2613011829 @default.
- W4308528181 cites W2623506287 @default.
- W4308528181 cites W2792446253 @default.
- W4308528181 cites W2800437874 @default.
- W4308528181 cites W2801731947 @default.
- W4308528181 cites W2805376326 @default.
- W4308528181 cites W2894370822 @default.
- W4308528181 cites W2902990106 @default.
- W4308528181 cites W2903190392 @default.
- W4308528181 cites W2904043902 @default.
- W4308528181 cites W2912100748 @default.
- W4308528181 cites W2959390007 @default.
- W4308528181 cites W2963049339 @default.
- W4308528181 cites W2965021743 @default.
- W4308528181 cites W2969603486 @default.
- W4308528181 cites W2970026903 @default.
- W4308528181 cites W2979400182 @default.
- W4308528181 cites W2979543799 @default.
- W4308528181 cites W2982838946 @default.
- W4308528181 cites W2992291285 @default.
- W4308528181 cites W2995594976 @default.
- W4308528181 cites W2996594592 @default.
- W4308528181 cites W3004314397 @default.
- W4308528181 cites W3006972864 @default.
- W4308528181 cites W3011897509 @default.
- W4308528181 cites W3016689031 @default.
- W4308528181 cites W3026396869 @default.
- W4308528181 cites W3080209716 @default.
- W4308528181 cites W3085860248 @default.
- W4308528181 cites W3086755488 @default.
- W4308528181 cites W3092528638 @default.
- W4308528181 cites W3093039144 @default.
- W4308528181 cites W3093665015 @default.
- W4308528181 cites W3094209536 @default.
- W4308528181 cites W3128114448 @default.
- W4308528181 cites W3135292304 @default.
- W4308528181 cites W3143274257 @default.
- W4308528181 cites W3155366870 @default.
- W4308528181 cites W3187044307 @default.
- W4308528181 cites W3194481869 @default.
- W4308528181 cites W4200084420 @default.
- W4308528181 cites W4200411085 @default.
- W4308528181 cites W4200537481 @default.
- W4308528181 cites W4220912703 @default.
- W4308528181 cites W4221005436 @default.
- W4308528181 cites W4224903048 @default.
- W4308528181 cites W4248913198 @default.
- W4308528181 cites W4283774977 @default.
- W4308528181 cites W4283829051 @default.
- W4308528181 cites W4289730782 @default.
- W4308528181 cites W4292262758 @default.
- W4308528181 cites W4293042936 @default.
- W4308528181 cites W4294988584 @default.
- W4308528181 cites W4296197446 @default.
- W4308528181 cites W4296312335 @default.
- W4308528181 cites W4297347711 @default.
- W4308528181 doi "https://doi.org/10.3390/app122111286" @default.
- W4308528181 hasPublicationYear "2022" @default.
- W4308528181 type Work @default.
- W4308528181 citedByCount "11" @default.
- W4308528181 countsByYear W43085281812023 @default.
- W4308528181 crossrefType "journal-article" @default.
- W4308528181 hasAuthorship W4308528181A5004260380 @default.
- W4308528181 hasAuthorship W4308528181A5008445464 @default.
- W4308528181 hasAuthorship W4308528181A5070747615 @default.