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Palabras clave – provistas por la editorial

PEEK; SIRM; damage mechanisms; GISAXS; irradiation; micro and nanoplastics; freshwater; sludge; optical detection; portable devices; in situ detection; microplastics; marine sediment; pet; nylon 6; nylon 6,6; reversed-phase HPLC; polyolefin; polystyrene; Pyr-GC/MS; polymer degradation; microparticles; PLA; PBS; enzymes; specificity; thermal profile; activation energy; wastewater; Raman spectroscopy; laser speckle pattern; transmittance; sedimentation; HDPE; microbeads; photocatalysis; scavengers; C,N-TiO2; remediation; nanotechnology; plastic pollution; visible light photodegradation; microplastic; ratiometric detection; no-wash fluorescent probe; imaging; one-pot reaction; water remediation; nanoplastic; artificial ageing; polyolefins; polyethylene terephthalate; microplastic fiber; washing textile; drying textile; polyester yarn types; microplastic extraction; oil extraction; density separation; GC–MS; mass spectrometry identification; plastic polymers; polyethylene; terrestrial; soil; polymers; geotechnics; landfills; geosynthetics; GCL; clay liner; hydraulic conductivity; plastics; anthropogenic activities; quantification; marine; multi-parametric platform; bioplastics; marine environment; spectroscopy; resin pellets; nanoplastics; microplastic detection and identification; microplastic quantification; food packaging; particle release; plastic consumption; ecotoxicity assessment; size influence; concentration influence; microplastic pellets; weathering; degradation; Yellowness Index; Fourier transform infrared spectroscopy; persistent organic pollutants; oxidative digestion; Fenton’s reagent; virgin; aged; SEM; FTIR; PAHs; surface water; chemical composition; Ho Chi Minh City; cement mortars; municipal incinerated bottom ash; PET pellets; hydrogel; potassium and sodium polyacrylate; swelling; physicochemical changes in the water; polymeric nanoparticles; Portugal; resin; pharmaceutical; PVC; paint; wastewater treatment plant; South China Sea; pollution; Py-GC/MS; fragmentation and degradation; mechanism