2012 ©
             Publication
Journal Publication
Title of Article A new series of triply-bridged dinuclear Cu(II) compounds: synthesis, crystal structure, magnetic properties and theoretical study 
Date of Acceptance 2 September 2011 
Journal
     Title of Journal Inorganic Chemistry 
     Standard  
     Institute of Journal American Chemical Society 
     ISBN/ISSN
     Volume
     Issue 50 
     Month September
     Year of Publication 2011 
     Page 10648–10659 
     Abstract Five new triply bridged dinuclear Cu(II) compounds have been synthesized, and their magnetic properties have been measured and characterized. The magnetic coupling constants (J) of these compounds plus a previously structurally characterized compound of the same type have been derived by appropriate fitting of the experimentally measured molar susceptibility variation with the temperature. Two of the compounds are ferromagnetically coupled, and three are antiferromagnetically coupled with J values in the [+150, −40] cm–1 range. The validity of the structural aggregate Addison’s parameter as a qualitative magneto-structural correlation is confirmed. The origin of the magnetic interactions and the magnitude of the magnetic coupling have been analyzed by means of density functional theory-based calculations using a variety of state of the art exchange-correlation potentials. It is shown that the long-range separated LC-ωPBE provides the overall best agreement with experiment for this family as well as for a set of previously reported hetero triply bridged dinuclear Cu(II) compounds, especially for ferromagnetic systems. 
     Keyword triply bridged dinuclear Cu(II); Synthesis; crystal structure, magnetic properties; theoretical study  
Author
517020004-5 Mr. NANTHAWAT WANNARIT [Main Author]
Science Doctoral Degree

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