Matches in SemOpenAlex for { <https://semopenalex.org/work/W4376957019> ?p ?o ?g. }
- W4376957019 endingPage "164163" @default.
- W4376957019 startingPage "164163" @default.
- W4376957019 abstract "In this study, we investigated the interactions between titanium dioxide (nTiO2) and zinc oxide (nZnO) nanoparticles and polyethylene microplastics (MPs) with respect to their adsorption and subsequent desorption in aquatic media. Adsorption kinetic models revealed rapid adsorption of nZnO compared to nTiO2, while nTiO2 was adsorbed to a greater extent - four times more nTiO2 (67%) was adsorbed on MPs than nZnO (16%). The low adsorption of nZnO can be explained by the partial dissolution of zinc from nZnO in the form of Zn(II) and/or Zn(II) aqua-hydroxo complexes (e.g. [Zn(OH)]+, [Zn(OH)3]-, [Zn(OH)4]2-), which were not adsorbed on MPs. Adsorption isotherm models indicated that the adsorption process is controlled by physisorption for both nTiO2 and nZnO. The desorption of nTiO2 was low (up to 27%) and not pH dependent, and only nanoparticles were desorbed from the MPs surface. On the other hand, the desorption of nZnO was pH dependent; at a slightly acidic pH (pH = 6), 89% of the adsorbed zinc was desorbed from the MPs surface and the majority were in the form of nanoparticles; at a slightly alkaline pH (pH = 8.3), 72% of the zinc was desorbed, but the majority were in the soluble form of Zn(II) and/or Zn(II) aqua-hydroxo complexes. These results demonstrated the complexity and variability of interactions between MPs and metal engineered nanoparticles and contribute to a better understanding of their fate in the aquatic environment." @default.
- W4376957019 created "2023-05-18" @default.
- W4376957019 creator A5011927684 @default.
- W4376957019 creator A5039392369 @default.
- W4376957019 creator A5054470580 @default.
- W4376957019 creator A5062064289 @default.
- W4376957019 creator A5066336265 @default.
- W4376957019 date "2023-08-01" @default.
- W4376957019 modified "2023-10-12" @default.
- W4376957019 title "A study of the adsorption of titanium dioxide and zinc oxide nanoparticles on polyethylene microplastics and their desorption in aquatic media" @default.
- W4376957019 cites W1973586911 @default.
- W4376957019 cites W1979631427 @default.
- W4376957019 cites W1995157209 @default.
- W4376957019 cites W1998825454 @default.
- W4376957019 cites W2008947460 @default.
- W4376957019 cites W2026646517 @default.
- W4376957019 cites W2030912929 @default.
- W4376957019 cites W2050978993 @default.
- W4376957019 cites W2059975634 @default.
- W4376957019 cites W2072345280 @default.
- W4376957019 cites W2112017750 @default.
- W4376957019 cites W2314104404 @default.
- W4376957019 cites W2333153955 @default.
- W4376957019 cites W2334935938 @default.
- W4376957019 cites W2344658806 @default.
- W4376957019 cites W2412566394 @default.
- W4376957019 cites W2460729649 @default.
- W4376957019 cites W2503373057 @default.
- W4376957019 cites W2545687085 @default.
- W4376957019 cites W2609177230 @default.
- W4376957019 cites W2609710539 @default.
- W4376957019 cites W2616129231 @default.
- W4376957019 cites W2743052030 @default.
- W4376957019 cites W2746298698 @default.
- W4376957019 cites W2769802793 @default.
- W4376957019 cites W2806582387 @default.
- W4376957019 cites W2898009306 @default.
- W4376957019 cites W2906310602 @default.
- W4376957019 cites W2908304050 @default.
- W4376957019 cites W2911844033 @default.
- W4376957019 cites W2922519157 @default.
- W4376957019 cites W2936538221 @default.
- W4376957019 cites W2937413596 @default.
- W4376957019 cites W2954090428 @default.
- W4376957019 cites W2964486340 @default.
- W4376957019 cites W2980171925 @default.
- W4376957019 cites W2983087601 @default.
- W4376957019 cites W2996614441 @default.
- W4376957019 cites W2998473310 @default.
- W4376957019 cites W3002968041 @default.
- W4376957019 cites W3003450663 @default.
- W4376957019 cites W3007086960 @default.
- W4376957019 cites W3012185319 @default.
- W4376957019 cites W3034933627 @default.
- W4376957019 cites W3037119378 @default.
- W4376957019 cites W3042980689 @default.
- W4376957019 cites W3103725049 @default.
- W4376957019 cites W3119763178 @default.
- W4376957019 cites W3123088778 @default.
- W4376957019 cites W3129190547 @default.
- W4376957019 cites W3152644573 @default.
- W4376957019 cites W3161319177 @default.
- W4376957019 cites W3168814066 @default.
- W4376957019 cites W3171620390 @default.
- W4376957019 cites W3185250399 @default.
- W4376957019 cites W3194699013 @default.
- W4376957019 cites W3197783828 @default.
- W4376957019 cites W3198572417 @default.
- W4376957019 cites W3200569731 @default.
- W4376957019 cites W3208868501 @default.
- W4376957019 cites W3216689138 @default.
- W4376957019 cites W4282923755 @default.
- W4376957019 cites W4283124550 @default.
- W4376957019 cites W4283780356 @default.
- W4376957019 cites W4313459926 @default.
- W4376957019 cites W4362677850 @default.
- W4376957019 doi "https://doi.org/10.1016/j.scitotenv.2023.164163" @default.
- W4376957019 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37201834" @default.
- W4376957019 hasPublicationYear "2023" @default.
- W4376957019 type Work @default.
- W4376957019 citedByCount "1" @default.
- W4376957019 countsByYear W43769570192023 @default.
- W4376957019 crossrefType "journal-article" @default.
- W4376957019 hasAuthorship W4376957019A5011927684 @default.
- W4376957019 hasAuthorship W4376957019A5039392369 @default.
- W4376957019 hasAuthorship W4376957019A5054470580 @default.
- W4376957019 hasAuthorship W4376957019A5062064289 @default.
- W4376957019 hasAuthorship W4376957019A5066336265 @default.
- W4376957019 hasBestOaLocation W43769570191 @default.
- W4376957019 hasConcept C107872376 @default.
- W4376957019 hasConcept C127413603 @default.
- W4376957019 hasConcept C13965031 @default.
- W4376957019 hasConcept C150394285 @default.
- W4376957019 hasConcept C155672457 @default.
- W4376957019 hasConcept C162711632 @default.
- W4376957019 hasConcept C178790620 @default.
- W4376957019 hasConcept C179104552 @default.
- W4376957019 hasConcept C185592680 @default.