Matches in SemOpenAlex for { <https://semopenalex.org/work/W4200260087> ?p ?o ?g. }
- W4200260087 endingPage "120229" @default.
- W4200260087 startingPage "120229" @default.
- W4200260087 abstract "• CuBDC nanosheets were loaded on cellulose aerogels by in-situ growth. • The composite aerogel showed good performance in degradation of methylene blue. • The composite aerogel exhibited excellent killing effect towards various bacteria. • Antibacterial mechanism was related to the damage of bacteria envelope integrity. Metal-organic frameworks (MOFs) suffer from low processability and recyclability due to their fragile powder form. Supporting MOFs on the lightweight and porous cellulose aerogels is an efficient way to dramatically extend their practical applications. Herein, a metal–organic framework (MOF) composite material, named as copper-benzenedicarboxylate/cellulose aerogel (CuBDC/CA), was designed and synthesized by one-pot precursor preparation of cellulose aerogels anchored with copper, followed by in-situ growth of CuBDC in the presence of terephthalic acid. The characterizations (scanning electron microscopy with energy-dispersive X-ray, powder X-ray diffraction, Fourier-transform infrared spectroscopy, thermogravimetric analysis, X-ray photoelectron spectroscopy, stability and mechanical tests) confirmed the successful synthesis of the lightweight (0.0625 ± 0.0010 g/cm 3 for 20% CuBDC/CA), mechanically strong, stable, and porous aerogel composites with well-dispersed CuBDC nanosheets. The aerogel composite showed great potential in wastewater treatment, including dye degradation and antibacterial assays. More than 90% methylene blue could be decomposed by CuBDC/CA in 240 min via the Fenton-like reaction, and the recycling test revealed its good reusability. Moreover, this composite exhibited great antibacterial performance (more than 99.99%) towards commonly used lab strains as well as multidrug-resistant pathogens, including Escherichia coli , Staphylococcus aureus, and Pseudomonas aeruginosa . The screening tests indicated that the mechanism of killing effect was associated with the damage of bacterial envelope integrity. This work has proven that the lightweight and robust MOF/cellulose aerogel is a promising candidate for environmental remediation in practice." @default.
- W4200260087 created "2021-12-31" @default.
- W4200260087 creator A5021116020 @default.
- W4200260087 creator A5023816988 @default.
- W4200260087 creator A5042598536 @default.
- W4200260087 creator A5075512091 @default.
- W4200260087 creator A5077765439 @default.
- W4200260087 creator A5091364493 @default.
- W4200260087 date "2022-01-01" @default.
- W4200260087 modified "2023-10-18" @default.
- W4200260087 title "A lightweight, mechanically strong, and shapeable copper-benzenedicarboxylate/cellulose aerogel for dye degradation and antibacterial applications" @default.
- W4200260087 cites W1889092196 @default.
- W4200260087 cites W1998314341 @default.
- W4200260087 cites W1999310410 @default.
- W4200260087 cites W2001598081 @default.
- W4200260087 cites W2005154776 @default.
- W4200260087 cites W2010983045 @default.
- W4200260087 cites W2020721047 @default.
- W4200260087 cites W2023462908 @default.
- W4200260087 cites W2035900304 @default.
- W4200260087 cites W2042079661 @default.
- W4200260087 cites W2067866527 @default.
- W4200260087 cites W2074334086 @default.
- W4200260087 cites W2078607868 @default.
- W4200260087 cites W2085886227 @default.
- W4200260087 cites W2088713963 @default.
- W4200260087 cites W2102958646 @default.
- W4200260087 cites W2111967267 @default.
- W4200260087 cites W2118947015 @default.
- W4200260087 cites W2172287485 @default.
- W4200260087 cites W2225972246 @default.
- W4200260087 cites W2340774841 @default.
- W4200260087 cites W2407376581 @default.
- W4200260087 cites W2415471867 @default.
- W4200260087 cites W2471762312 @default.
- W4200260087 cites W2478211986 @default.
- W4200260087 cites W2549091896 @default.
- W4200260087 cites W2551985213 @default.
- W4200260087 cites W2559899990 @default.
- W4200260087 cites W2560737891 @default.
- W4200260087 cites W2613416212 @default.
- W4200260087 cites W2793550392 @default.
- W4200260087 cites W2799316305 @default.
- W4200260087 cites W2802108211 @default.
- W4200260087 cites W2802539854 @default.
- W4200260087 cites W2804360069 @default.
- W4200260087 cites W2809781885 @default.
- W4200260087 cites W2810805842 @default.
- W4200260087 cites W2885726438 @default.
- W4200260087 cites W2886961971 @default.
- W4200260087 cites W2891054225 @default.
- W4200260087 cites W2891670902 @default.
- W4200260087 cites W2892713773 @default.
- W4200260087 cites W2897125536 @default.
- W4200260087 cites W2897930388 @default.
- W4200260087 cites W2900964684 @default.
- W4200260087 cites W2901266605 @default.
- W4200260087 cites W2901835608 @default.
- W4200260087 cites W2903237789 @default.
- W4200260087 cites W2911375172 @default.
- W4200260087 cites W2934940551 @default.
- W4200260087 cites W2940166716 @default.
- W4200260087 cites W2952331148 @default.
- W4200260087 cites W2955244058 @default.
- W4200260087 cites W2964691042 @default.
- W4200260087 cites W2965636877 @default.
- W4200260087 cites W2969560321 @default.
- W4200260087 cites W2992816749 @default.
- W4200260087 cites W2994948419 @default.
- W4200260087 cites W2995963496 @default.
- W4200260087 cites W2997366596 @default.
- W4200260087 cites W3005084630 @default.
- W4200260087 cites W3008749659 @default.
- W4200260087 cites W3008894341 @default.
- W4200260087 cites W3012591245 @default.
- W4200260087 cites W3013948873 @default.
- W4200260087 cites W3016228805 @default.
- W4200260087 cites W3020118888 @default.
- W4200260087 cites W3034803939 @default.
- W4200260087 cites W3035886771 @default.
- W4200260087 cites W3037491187 @default.
- W4200260087 cites W3044678538 @default.
- W4200260087 cites W3047021595 @default.
- W4200260087 cites W3081510210 @default.
- W4200260087 cites W3101705751 @default.
- W4200260087 cites W3108405293 @default.
- W4200260087 cites W3122631962 @default.
- W4200260087 cites W3135021485 @default.
- W4200260087 cites W3137586367 @default.
- W4200260087 cites W3140453104 @default.
- W4200260087 cites W3156529444 @default.
- W4200260087 cites W3157463377 @default.
- W4200260087 cites W3159928402 @default.
- W4200260087 cites W3196113057 @default.
- W4200260087 cites W3204008393 @default.
- W4200260087 doi "https://doi.org/10.1016/j.seppur.2021.120229" @default.
- W4200260087 hasPublicationYear "2022" @default.
- W4200260087 type Work @default.