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intramolecular charge transfer; copolymers; π − π stacking; direct arylation polycondensation; and excitonic state; sodium alginate; starch; kaolin; free radical polymerization; superabsorbent composites; characterization; swelling behavior; polyurea-polyurethane; nanocomposite; ballistic protection; coatings; mechanical properties; multiwall carbon nanotubes (MWCNTs); Hopkinson bar; polyethylene; olefin polymerization; Ziegler–Natta; polyvinyl chloride; beta-cyclodextrin; emulsion polymerization; adsorption kinetics; adsorption isotherms; bisphenol A adsorption; one-pot method; polyamide; elastomer; PPG diamine; damping property; PC-PDMS copolymer; melt polycondensation; miscibility; equilibrium transesterification level; conversion; host–guest strategy; hydrophobically associating water-soluble polymers; rheological behaviors; salt tolerance; β-cyclodextrin; coordination polymer; crystal structure analysis; entanglement; luminescence; benzoxazines cure; phosphazenes; flame retardant; catalysis; thermal analysis; molecular brushes; polyimide; poly(ε-caprolactone); ATRP; ROP; CuAAC; cis-1,4 selective; 1,3-butadiene; α-diimine cobalt complexes; copolymerization; π-π stacking interactions; styrene–acrylic emulsion; cooperated; reverse iodine transfer polymerization; polymeric emulsifier; polyurethanes; xanthan gum; titanium dioxide; atomic force microscopy; X-Ray diffraction; agro-industrial waste; GC-MS/MS spectrometry; IR spectrometry; PHB; polyethylene terephthalate recycling; polyurethane; binder; polymeric composite; rocket propellant; subscale rocket motor; eco-friendly; nanoparticles; chemical warfare agents; sulfur mustard (HD); dimethyl methylphosphonate (DMMP); biological agents; nanocomposite films; decontamination; antimicrobial materials; peeling; active coatings; RAFT polymerization; poly(stearyl acrylate); poly(octadecyl acrylate); semi-crystalline polymer; side chain crystalline polymer; end group effect; soybean oil fatty acids; bubble column reactor; microwave reactor; lowest energetic consumption; color; rheology; “green” chelates; complexing agents; strippable coating; surface decontamination; heavy metal; radioactive material; radionuclide; polyisoprene; oligopeptide length; distribution; terminal block; post-metallocene catalyst; ethylene; 1-olefin; styrenic monomer; α,ω-alkenol; HCN polymers; cyanide polymerization; microwave-driven polymerization; nanofibers; multifunctional materials; low-energy electron beam; fluorescence; polymer dosimeter; radiofluorogenic; 3D dosimetry; glycidyl methacrylate; styrene; kinetic modeling; RAFT copolymerization; curing agent; epoxyurethane oligomer; oligotetramethylene oxide diol; synthesis; bromination; Gabriel reaction; poly(methyl methacrylate); high molecular weight; polymerization; application; aza-Michael addition; comb-like polymer; non-ionic waterborne polyester; hydrolysis resistance; polypyrrole nanoparticles; NIR laser irradiation; photothermal modeling; photothermal transduction efficiency; overall heat transfer coefficient; thermally self-healing; PET; linear polyurethane; Diels–Alder reaction; sustainability; silica; sand; polymer; composite; synthetic; sheets; polyhydroxyalkanoates; mixed microbial cultures; extraction; sodium hypochlorite; dimethyl carbonate; chloroform; disperse dyes; polyester fabrics; microwave irradiation; ultraviolet protection factor; biodegradable polyesters; TBD; organic catalyst; apigenin; Box–Behnken design; antioxidant; chitosan; epoxy resin; epoxy oligomer; phosphazene; bisphenol F; glass transition temperature; gelatin; poly(vinylpyrrolidone); hydrogel; radiation crosslinking; interpenetrating network; starch bio-composite; environmental concern; natural resource; biodegradability; antimicrobial activity; dosimetric properties; tissue-equivalent phantom; absorbed dose; IA-PAE; radiation therapy; polymers; nanosuspension; solubility; bioavailability; anti-solvent precipitation; in vitro drug dissolution; ciprofloxacin (CIP); levofloxacin (LEV); bimetallic; limestone; alginate; adsorption