Matches in SemOpenAlex for { <https://semopenalex.org/work/W2328573660> ?p ?o ?g. }
- W2328573660 endingPage "813" @default.
- W2328573660 startingPage "803" @default.
- W2328573660 abstract "The new complexes of compositions [(La)2Cu] and [(Lb)2Cu] were prepared by treating with 2-hydroxy-5-methyl-3-(2-aryldiazenyl)phenylimino) methyl) benzaldehyde (HLa) and ethyl-2-cyano-3-(2-hydroxy-5-methyl-3-(-(2-aryldiazenyl) phenylimino) methyl) phenyl) acrylate (HLb) ligands [where aryl is phenyl for HL $_{mathrm {a}}^{mathrm {~1 } }$ and HL $_{mathrm {b}}^{~1}$ ; p-methyl phenyl for HL $_{mathrm {a}}^{mathrm {~2 } }$ and HL $_{mathrm {b}}^{~2}$ ; and p-chloro phenyl for HL $_{mathrm {a}}^{mathrm {~3 } }$ and HL $_{mathrm {b}}^{~3}$ ] with Cu(OAc)2.H2O, respectively. Both the bis copper(II) complexes consist of tridentate (N,N,O) anionic ligands, L $_{mathrm {a}}^{mathrm {~-}}$ or L $_{mathrm {b}}^{mathrm {~-}}$ . X-ray structures of the representative complexes [(L $_{mathrm {a}}^{~1})_{2}$ Cu] and [(L $_{mathrm {b}}^{~2})_{2}$ Cu] were determined to confirm the molecular species unequivocally. The molecular structure of copper complexes exhibited tetragonally distorted (Jahn-Teller) geometry consistent with the d 9 configuration of Cu(II) metal ion. Oxidation of benzyl alcohols using the newly synthesized complexes as catalyst has been studied. Photoluminescence properties of [(L $_{mathrm {a}}^{~2})_{2}$ Cu] and [(L $_{mathrm {b}}^{~2})_{2}$ Cu] were exploited for selective cyanide recognition. The [(Lb)2Cu], complexes displayed antibacterial activity toward gram positive and gram negative bacteria." @default.
- W2328573660 created "2016-06-24" @default.
- W2328573660 creator A5036945878 @default.
- W2328573660 creator A5038882818 @default.
- W2328573660 creator A5039087030 @default.
- W2328573660 creator A5046973072 @default.
- W2328573660 creator A5065469404 @default.
- W2328573660 date "2016-04-05" @default.
- W2328573660 modified "2023-10-16" @default.
- W2328573660 title "Synthesis and structure of copper(II) complexes: Potential cyanide sensor and oxidase model" @default.
- W2328573660 cites W1964198512 @default.
- W2328573660 cites W1965130992 @default.
- W2328573660 cites W1968167215 @default.
- W2328573660 cites W1973333481 @default.
- W2328573660 cites W1978618820 @default.
- W2328573660 cites W1982547717 @default.
- W2328573660 cites W1987820990 @default.
- W2328573660 cites W1992749453 @default.
- W2328573660 cites W1994986567 @default.
- W2328573660 cites W1995799800 @default.
- W2328573660 cites W1996107817 @default.
- W2328573660 cites W2003733974 @default.
- W2328573660 cites W2003783653 @default.
- W2328573660 cites W2004841355 @default.
- W2328573660 cites W2006116978 @default.
- W2328573660 cites W2011703308 @default.
- W2328573660 cites W2014753248 @default.
- W2328573660 cites W2015166975 @default.
- W2328573660 cites W2018160482 @default.
- W2328573660 cites W2030725257 @default.
- W2328573660 cites W2031249405 @default.
- W2328573660 cites W2032153852 @default.
- W2328573660 cites W2032311230 @default.
- W2328573660 cites W2034849081 @default.
- W2328573660 cites W2035528826 @default.
- W2328573660 cites W2035537283 @default.
- W2328573660 cites W2035884599 @default.
- W2328573660 cites W2036677050 @default.
- W2328573660 cites W2036874408 @default.
- W2328573660 cites W2037104142 @default.
- W2328573660 cites W2041391278 @default.
- W2328573660 cites W2041536542 @default.
- W2328573660 cites W2042484701 @default.
- W2328573660 cites W2045380708 @default.
- W2328573660 cites W2045677916 @default.
- W2328573660 cites W2046282467 @default.
- W2328573660 cites W2047648221 @default.
- W2328573660 cites W2047813396 @default.
- W2328573660 cites W2048409876 @default.
- W2328573660 cites W2048628123 @default.
- W2328573660 cites W2052304604 @default.
- W2328573660 cites W2062847232 @default.
- W2328573660 cites W2065433540 @default.
- W2328573660 cites W2069581382 @default.
- W2328573660 cites W2070041859 @default.
- W2328573660 cites W2077059894 @default.
- W2328573660 cites W2077898811 @default.
- W2328573660 cites W2078893257 @default.
- W2328573660 cites W2084044263 @default.
- W2328573660 cites W2084203814 @default.
- W2328573660 cites W2086816110 @default.
- W2328573660 cites W2095292355 @default.
- W2328573660 cites W2096677233 @default.
- W2328573660 cites W2122219996 @default.
- W2328573660 cites W2131350133 @default.
- W2328573660 cites W2158121857 @default.
- W2328573660 cites W2313282880 @default.
- W2328573660 cites W2320809333 @default.
- W2328573660 cites W2326292360 @default.
- W2328573660 cites W2327054858 @default.
- W2328573660 cites W2327957263 @default.
- W2328573660 cites W2333705345 @default.
- W2328573660 cites W2334670760 @default.
- W2328573660 cites W2335695008 @default.
- W2328573660 cites W2398058419 @default.
- W2328573660 cites W291909337 @default.
- W2328573660 cites W3022526165 @default.
- W2328573660 cites W334957868 @default.
- W2328573660 doi "https://doi.org/10.1007/s12039-016-1063-7" @default.
- W2328573660 hasPublicationYear "2016" @default.
- W2328573660 type Work @default.
- W2328573660 sameAs 2328573660 @default.
- W2328573660 citedByCount "4" @default.
- W2328573660 countsByYear W23285736602018 @default.
- W2328573660 countsByYear W23285736602020 @default.
- W2328573660 countsByYear W23285736602022 @default.
- W2328573660 crossrefType "journal-article" @default.
- W2328573660 hasAuthorship W2328573660A5036945878 @default.
- W2328573660 hasAuthorship W2328573660A5038882818 @default.
- W2328573660 hasAuthorship W2328573660A5039087030 @default.
- W2328573660 hasAuthorship W2328573660A5046973072 @default.
- W2328573660 hasAuthorship W2328573660A5065469404 @default.
- W2328573660 hasBestOaLocation W23285736602 @default.
- W2328573660 hasConcept C178790620 @default.
- W2328573660 hasConcept C179104552 @default.
- W2328573660 hasConcept C185592680 @default.
- W2328573660 hasConcept C2778455166 @default.
- W2328573660 hasConcept C544153396 @default.