Matches in SemOpenAlex for { <https://semopenalex.org/work/W4302024477> ?p ?o ?g. }
- W4302024477 endingPage "110824" @default.
- W4302024477 startingPage "110824" @default.
- W4302024477 abstract "The detection of nerve agents has been the focus of research due to their extreme threat for human health and safety. In this paper, the quinoxalinone-based squaraine (NESQ) and croconaine (NECR) dyes are synthesized and used as chemosensors to investigate the sensing properties with diethyl chlorophosphate (DCP) in solvents. They exhibit a huge absorption spectra red-shift from visible region to near-infrared region due to the transformation of anionic basic form and zwitterionic acidic form, which is verified by experiments and theoretical calculations. The self-assembly micro/nanostructures transformation of NESQ and NECR can be driven by adding different solvents, which is characterized by SEM and AFM technology. Upon adding DCP, the absorption wavelength of NESQ and NECR in DMF respectively exhibits 186 nm and 281 nm red-shifts from visible region to near-infrared region with obvious color change, which is larger than the previously reported. The proposed sensing mechnism was verified by 1H NMR spectra and SEM technology. Compared to NECR, NESQ exhibits a lower limit of detection and a faster responsive time for sensing DCP. The characteristics of these dyes would provide a new design strategy of chromogenic chemsensors with large wavelength shift and self-assembly morphologies transformation for the visual detection of nerve agents." @default.
- W4302024477 created "2022-10-06" @default.
- W4302024477 creator A5013798538 @default.
- W4302024477 creator A5016044512 @default.
- W4302024477 creator A5035777002 @default.
- W4302024477 creator A5047242385 @default.
- W4302024477 creator A5048020265 @default.
- W4302024477 creator A5053204257 @default.
- W4302024477 creator A5077167510 @default.
- W4302024477 date "2023-01-01" @default.
- W4302024477 modified "2023-09-24" @default.
- W4302024477 title "Solvent-driven micro/nanostructures of squaraine and croconaine dyes based on quinoxalinone for visual detection of nerve agent simulants" @default.
- W4302024477 cites W1698492676 @default.
- W4302024477 cites W1848855462 @default.
- W4302024477 cites W1931061780 @default.
- W4302024477 cites W1978832930 @default.
- W4302024477 cites W1983696457 @default.
- W4302024477 cites W1996422457 @default.
- W4302024477 cites W2005934749 @default.
- W4302024477 cites W2006337148 @default.
- W4302024477 cites W2017294459 @default.
- W4302024477 cites W2038086140 @default.
- W4302024477 cites W2053769996 @default.
- W4302024477 cites W2059364841 @default.
- W4302024477 cites W2059703994 @default.
- W4302024477 cites W2068519357 @default.
- W4302024477 cites W2069406305 @default.
- W4302024477 cites W2077799036 @default.
- W4302024477 cites W2081013063 @default.
- W4302024477 cites W2099402641 @default.
- W4302024477 cites W2130101669 @default.
- W4302024477 cites W2132525235 @default.
- W4302024477 cites W2134552118 @default.
- W4302024477 cites W2157972170 @default.
- W4302024477 cites W2165404913 @default.
- W4302024477 cites W2166031016 @default.
- W4302024477 cites W2178838571 @default.
- W4302024477 cites W2255516087 @default.
- W4302024477 cites W2314824939 @default.
- W4302024477 cites W2402897551 @default.
- W4302024477 cites W2514671984 @default.
- W4302024477 cites W2528836020 @default.
- W4302024477 cites W2563742797 @default.
- W4302024477 cites W2567264019 @default.
- W4302024477 cites W2584520766 @default.
- W4302024477 cites W2606323353 @default.
- W4302024477 cites W2610465032 @default.
- W4302024477 cites W2615961895 @default.
- W4302024477 cites W2655787211 @default.
- W4302024477 cites W2731818968 @default.
- W4302024477 cites W2742209808 @default.
- W4302024477 cites W2744518754 @default.
- W4302024477 cites W2753554165 @default.
- W4302024477 cites W2771706771 @default.
- W4302024477 cites W2900683698 @default.
- W4302024477 cites W2952802956 @default.
- W4302024477 cites W2965342178 @default.
- W4302024477 cites W2968900899 @default.
- W4302024477 cites W2992957374 @default.
- W4302024477 cites W2999618974 @default.
- W4302024477 cites W3005914165 @default.
- W4302024477 cites W3021141977 @default.
- W4302024477 cites W3021578995 @default.
- W4302024477 cites W3025842711 @default.
- W4302024477 cites W3036322628 @default.
- W4302024477 cites W3117996705 @default.
- W4302024477 cites W3133875502 @default.
- W4302024477 cites W3133976746 @default.
- W4302024477 cites W3134633252 @default.
- W4302024477 cites W3154608358 @default.
- W4302024477 cites W3175494916 @default.
- W4302024477 cites W3185109432 @default.
- W4302024477 cites W4250020428 @default.
- W4302024477 doi "https://doi.org/10.1016/j.dyepig.2022.110824" @default.
- W4302024477 hasPublicationYear "2023" @default.
- W4302024477 type Work @default.
- W4302024477 citedByCount "0" @default.
- W4302024477 crossrefType "journal-article" @default.
- W4302024477 hasAuthorship W4302024477A5013798538 @default.
- W4302024477 hasAuthorship W4302024477A5016044512 @default.
- W4302024477 hasAuthorship W4302024477A5035777002 @default.
- W4302024477 hasAuthorship W4302024477A5047242385 @default.
- W4302024477 hasAuthorship W4302024477A5048020265 @default.
- W4302024477 hasAuthorship W4302024477A5053204257 @default.
- W4302024477 hasAuthorship W4302024477A5077167510 @default.
- W4302024477 hasConcept C104663316 @default.
- W4302024477 hasConcept C119128265 @default.
- W4302024477 hasConcept C119824511 @default.
- W4302024477 hasConcept C120665830 @default.
- W4302024477 hasConcept C121332964 @default.
- W4302024477 hasConcept C125287762 @default.
- W4302024477 hasConcept C128463046 @default.
- W4302024477 hasConcept C158355884 @default.
- W4302024477 hasConcept C159985019 @default.
- W4302024477 hasConcept C171250308 @default.
- W4302024477 hasConcept C178790620 @default.
- W4302024477 hasConcept C185592680 @default.
- W4302024477 hasConcept C186187911 @default.