Matches in SemOpenAlex for { <https://semopenalex.org/work/W2605427673> ?p ?o ?g. }
- W2605427673 endingPage "17" @default.
- W2605427673 startingPage "17" @default.
- W2605427673 abstract "The aim of the present work is to highlight the unique role of anilato-ligands, derivatives of the 2,5-dioxy-1,4-benzoquinone framework containing various substituents at the 3 and 6 positions (X = H, Cl, Br, I, CN, etc.), in engineering a great variety of new materials showing peculiar magnetic and/or conducting properties. Homoleptic anilato-based molecular building blocks and related materials will be discussed. Selected examples of such materials, spanning from graphene-related layered magnetic materials to intercalated supramolecular arrays, ferromagnetic 3D monometallic lanthanoid assemblies, multifunctional materials with coexistence of magnetic/conducting properties and/or chirality and multifunctional metal-organic frameworks (MOFs) will be discussed herein. The influence of (i) the electronic nature of the X substituents and (ii) intermolecular interactions i.e., H-Bonding, Halogen-Bonding, π-π stacking and dipolar interactions, on the physical properties of the resulting material will be also highlighted. A combined structural/physical properties analysis will be reported to provide an effective tool for designing novel anilate-based supramolecular architectures showing improved and/or novel physical properties. The role of the molecular approach in this context is pointed out as well, since it enables the chemical design of the molecular building blocks being suitable for self-assembly to form supramolecular structures with the desired interactions and physical properties." @default.
- W2605427673 created "2017-04-28" @default.
- W2605427673 creator A5044362205 @default.
- W2605427673 creator A5063519398 @default.
- W2605427673 creator A5067967187 @default.
- W2605427673 creator A5082459542 @default.
- W2605427673 date "2017-04-19" @default.
- W2605427673 modified "2023-10-16" @default.
- W2605427673 title "Recent Advances on Anilato-Based Molecular Materials with Magnetic and/or Conducting Properties" @default.
- W2605427673 cites W1530128299 @default.
- W2605427673 cites W1567767238 @default.
- W2605427673 cites W1570513757 @default.
- W2605427673 cites W1605195007 @default.
- W2605427673 cites W1888434888 @default.
- W2605427673 cites W1964728046 @default.
- W2605427673 cites W1965198550 @default.
- W2605427673 cites W1968337500 @default.
- W2605427673 cites W1968732083 @default.
- W2605427673 cites W1968882172 @default.
- W2605427673 cites W1969434535 @default.
- W2605427673 cites W1969797800 @default.
- W2605427673 cites W1970341513 @default.
- W2605427673 cites W1970884715 @default.
- W2605427673 cites W1971072311 @default.
- W2605427673 cites W1971408622 @default.
- W2605427673 cites W1972463141 @default.
- W2605427673 cites W1972676867 @default.
- W2605427673 cites W1977165798 @default.
- W2605427673 cites W1980098745 @default.
- W2605427673 cites W1980203429 @default.
- W2605427673 cites W1980988456 @default.
- W2605427673 cites W1983530326 @default.
- W2605427673 cites W1983903380 @default.
- W2605427673 cites W1985558748 @default.
- W2605427673 cites W1987463119 @default.
- W2605427673 cites W1990492419 @default.
- W2605427673 cites W1991461429 @default.
- W2605427673 cites W1992418387 @default.
- W2605427673 cites W1995284970 @default.
- W2605427673 cites W1995737386 @default.
- W2605427673 cites W1995979678 @default.
- W2605427673 cites W1997377032 @default.
- W2605427673 cites W1997828296 @default.
- W2605427673 cites W1999358619 @default.
- W2605427673 cites W1999582961 @default.
- W2605427673 cites W2000289366 @default.
- W2605427673 cites W2000368811 @default.
- W2605427673 cites W2000475936 @default.
- W2605427673 cites W2001851052 @default.
- W2605427673 cites W2002484609 @default.
- W2605427673 cites W2003675302 @default.
- W2605427673 cites W2004457560 @default.
- W2605427673 cites W2007561028 @default.
- W2605427673 cites W2008684231 @default.
- W2605427673 cites W2008738003 @default.
- W2605427673 cites W2010300954 @default.
- W2605427673 cites W2010568668 @default.
- W2605427673 cites W2010593883 @default.
- W2605427673 cites W2010846272 @default.
- W2605427673 cites W2012858846 @default.
- W2605427673 cites W2013217550 @default.
- W2605427673 cites W2013810177 @default.
- W2605427673 cites W2014901786 @default.
- W2605427673 cites W2015190115 @default.
- W2605427673 cites W2015792317 @default.
- W2605427673 cites W2018230103 @default.
- W2605427673 cites W2019202316 @default.
- W2605427673 cites W2019435419 @default.
- W2605427673 cites W2021404289 @default.
- W2605427673 cites W2022259809 @default.
- W2605427673 cites W2022424835 @default.
- W2605427673 cites W2023880573 @default.
- W2605427673 cites W2023913343 @default.
- W2605427673 cites W2026386980 @default.
- W2605427673 cites W2026836541 @default.
- W2605427673 cites W2027806658 @default.
- W2605427673 cites W2028677958 @default.
- W2605427673 cites W2028979105 @default.
- W2605427673 cites W2029469190 @default.
- W2605427673 cites W2030003306 @default.
- W2605427673 cites W2030304123 @default.
- W2605427673 cites W2033381590 @default.
- W2605427673 cites W2033466339 @default.
- W2605427673 cites W2034090698 @default.
- W2605427673 cites W2034547938 @default.
- W2605427673 cites W2035884065 @default.
- W2605427673 cites W2036316115 @default.
- W2605427673 cites W2037944552 @default.
- W2605427673 cites W2039090404 @default.
- W2605427673 cites W2039459422 @default.
- W2605427673 cites W2040038125 @default.
- W2605427673 cites W2040909551 @default.
- W2605427673 cites W2041202858 @default.
- W2605427673 cites W2041630340 @default.
- W2605427673 cites W2041659846 @default.
- W2605427673 cites W2042537747 @default.
- W2605427673 cites W2043228847 @default.
- W2605427673 cites W2045949167 @default.