A Class Of Luminescent Gold(Iii) Compounds With A Tridentate Ligand And At Least One Strong A-Donating Group Having The Chemical Structure Represented By The General Formula (I): Wherein R1-R4 Each Independently Represent The Group Containing Hydrogen, Halogen, Alkynyl, Substituted Alkynyl, Alkyl, S.....
[Detail]
Embodiments Of The Invention Are Directed To Luminescent Gold(Iii) Compounds Contains A Bidentate Ligand With At Least One Strong [Sigma]-Donating Group, A Method Of Preparation Of These Compounds And The Use Of These Compounds In Organic Light Emitting Devices. The Gold(Iii) Compounds Have The Chem.....
[Detail]
This Invention Provides A Composition Comprising The Following Polynucleotide Probes: Il7r (Aa485865) (Seq Id No:7), Ndrgi (Aa486403) (Seq Id No:8), Est1 (H50345) (Seq Id No:9), Trpc1 (Aa017132) (Seq Id No:10), Gfra1 (Aa512935) (Seq Id No:11), Est2 (Aa454543) (Seq Id No:12), Cldn10 (R54559) (Seq Id .....
[Detail]
In one embodiment, the present invention provides a class of luminescent gold(III) compounds containing a tridentate ligand with one strong .sigma.-donating group. The present invention also provides methods for synthesizing these compounds, as well as uses of these compounds as electrophosphorescen.....
[Detail]
A Class Of Luminescent Gold(Iii) Compounds Containing A Tridentate Ligand With One Strong Sigma-Donating Group Having The Chemical Structure Depicted By Generic Formula (I): Wherein: (A) X Is Selected From Nitrogen; (B) Y And Z Selected From Carbon; (C) A Is Cyclic Structure Derivative Of Pyridine G.....
[Detail]
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