Matches in SemOpenAlex for { <https://semopenalex.org/work/W3015581002> ?p ?o ?g. }
- W3015581002 endingPage "112518" @default.
- W3015581002 startingPage "112518" @default.
- W3015581002 abstract "Lanthanide-ion doped β-NaYF4 crystals with bright and tunable upconversion luminescence are urgently demanded in anti-counterfeiting printing. Herein, novel highly luminescent hexagonal NaYF4:Ln3+ upconversion hollow microtubes (UCHMs) were controlled synthesized by a one-pot hydrothermal method employing poly(ethylene imine) (PEI) as ligand. The surface of the synthesized UCHMs was decorated by water-soluble polymer of PEI, rendering the hydrophilic nature of UCHMs. Besides, the synthesized UCHMs exhibited bright upconversion luminescence under the irradiation of a 980 nm laser due to the unique structure and morphology. Time-dependent morphology evolution showed that the formation of UCHMs experience a morphology change from nanoparticles to hexahedron to microprisms, and ultimately to microtubes via a dissolution-reconstruction formation mechanism. Furthermore, the resulting UCHMs were used as pigments for preparation of luminescent inks and their application in anti-counterfeiting printing was explored. To realize panchromatic printing, we prepared three-primary-color (RGB) UCHMs by rational tailoring the doping pairs and molar ratio of the lanthanide ions in UCHMs. Based on the superposition principle of the red-green-blue as three primary colors, a wide array of luminescent inks with panchromatic luminescent colors were prepared. The successful creation of securely light-responsive smart encryption patterns on various packaging substrates such as art paper, aluminum sheet, polyethylene terephthalate (PET) film and cardboard by screen printing was demonstrated. Our strategy provides a new route for controlled synthesis of hydrophilic UCHMs and the as-prepared UCHMs have great potential in application of packaging anti-counterfeiting." @default.
- W3015581002 created "2020-04-17" @default.
- W3015581002 creator A5031315906 @default.
- W3015581002 creator A5032444194 @default.
- W3015581002 creator A5053825979 @default.
- W3015581002 creator A5060491389 @default.
- W3015581002 creator A5070815610 @default.
- W3015581002 creator A5071572720 @default.
- W3015581002 creator A5083012578 @default.
- W3015581002 date "2020-06-01" @default.
- W3015581002 modified "2023-10-13" @default.
- W3015581002 title "Controlled synthesis and panchromatic printing of highly luminescent NaYF4:Ln3+ upconversion hollow microtubes for information encryption on various packaging substrates" @default.
- W3015581002 cites W1067286216 @default.
- W3015581002 cites W1936604507 @default.
- W3015581002 cites W1979419859 @default.
- W3015581002 cites W1987857618 @default.
- W3015581002 cites W1988000218 @default.
- W3015581002 cites W2007180778 @default.
- W3015581002 cites W2010305511 @default.
- W3015581002 cites W2021864489 @default.
- W3015581002 cites W2025617297 @default.
- W3015581002 cites W2026731300 @default.
- W3015581002 cites W2030634887 @default.
- W3015581002 cites W2032737375 @default.
- W3015581002 cites W2033786490 @default.
- W3015581002 cites W2050038131 @default.
- W3015581002 cites W2050735556 @default.
- W3015581002 cites W2059442225 @default.
- W3015581002 cites W2064860382 @default.
- W3015581002 cites W2067560539 @default.
- W3015581002 cites W2086490293 @default.
- W3015581002 cites W2091034494 @default.
- W3015581002 cites W2111346343 @default.
- W3015581002 cites W2135870385 @default.
- W3015581002 cites W2291913377 @default.
- W3015581002 cites W2306175636 @default.
- W3015581002 cites W2326416971 @default.
- W3015581002 cites W2330593104 @default.
- W3015581002 cites W2344008516 @default.
- W3015581002 cites W2411183822 @default.
- W3015581002 cites W2461133553 @default.
- W3015581002 cites W2600533899 @default.
- W3015581002 cites W2613075437 @default.
- W3015581002 cites W2736312029 @default.
- W3015581002 cites W2755497778 @default.
- W3015581002 cites W2767294941 @default.
- W3015581002 cites W2791184043 @default.
- W3015581002 cites W2793393347 @default.
- W3015581002 cites W2795348510 @default.
- W3015581002 cites W2805634771 @default.
- W3015581002 cites W2806976785 @default.
- W3015581002 cites W2809506963 @default.
- W3015581002 cites W2835261679 @default.
- W3015581002 cites W2893876216 @default.
- W3015581002 cites W2901378171 @default.
- W3015581002 cites W2908001206 @default.
- W3015581002 cites W2910099232 @default.
- W3015581002 cites W2918986896 @default.
- W3015581002 cites W2922215395 @default.
- W3015581002 cites W2923528480 @default.
- W3015581002 cites W2925191756 @default.
- W3015581002 cites W2937901986 @default.
- W3015581002 cites W2938360015 @default.
- W3015581002 cites W2941196827 @default.
- W3015581002 cites W2943312448 @default.
- W3015581002 cites W2946603262 @default.
- W3015581002 cites W2948499084 @default.
- W3015581002 cites W2949493122 @default.
- W3015581002 cites W2954313299 @default.
- W3015581002 cites W2964590087 @default.
- W3015581002 cites W2965783977 @default.
- W3015581002 cites W2971369896 @default.
- W3015581002 cites W2971802953 @default.
- W3015581002 cites W2972298804 @default.
- W3015581002 cites W2973889817 @default.
- W3015581002 cites W2978435053 @default.
- W3015581002 cites W2985810229 @default.
- W3015581002 cites W2987772782 @default.
- W3015581002 cites W2994796017 @default.
- W3015581002 cites W2995239187 @default.
- W3015581002 doi "https://doi.org/10.1016/j.jphotochem.2020.112518" @default.
- W3015581002 hasPublicationYear "2020" @default.
- W3015581002 type Work @default.
- W3015581002 sameAs 3015581002 @default.
- W3015581002 citedByCount "6" @default.
- W3015581002 countsByYear W30155810022021 @default.
- W3015581002 countsByYear W30155810022022 @default.
- W3015581002 crossrefType "journal-article" @default.
- W3015581002 hasAuthorship W3015581002A5031315906 @default.
- W3015581002 hasAuthorship W3015581002A5032444194 @default.
- W3015581002 hasAuthorship W3015581002A5053825979 @default.
- W3015581002 hasAuthorship W3015581002A5060491389 @default.
- W3015581002 hasAuthorship W3015581002A5070815610 @default.
- W3015581002 hasAuthorship W3015581002A5071572720 @default.
- W3015581002 hasAuthorship W3015581002A5083012578 @default.
- W3015581002 hasConcept C127413603 @default.
- W3015581002 hasConcept C145148216 @default.
- W3015581002 hasConcept C148869448 @default.