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Germylene complexes of tungsten pentacarbonyls W(CO)5GeCl2 and W(CO)5GeW(CO)5: Electrochemical synthesis and quantum-chemical computations
Authors:Yulia G Budnikova  Oleg G Sinyashin  Tatyana P Gryaznova  Mikhail P Egorov
Institution:a A.E. Arbuzov Institute of Organic and Physical Chemistry, Russian Academy of Sciences, 420088 Kazan, Russian Federation
b N.D. Zelinsky Institute of Organic Chemistry, Russian Academy of Sciences, 47 Leninsky prosp., 117913 Moscow, Russian Federation
c Kazan State University, Russian Federation
Abstract:Convenient synthetic route to prepare the germylene complexes of tungsten pentacarbonyls, W(CO)5double bond; length as m-dashGeCl2 and W(CO)5double bond; length as m-dashGedouble bond; length as m-dashW(CO)5, electrochemically is developed. Combined quantum-chemical/IR spectroscopic approach is used for identification of the synthesized compounds. Good agreement between theoretical and experimental spectra can be regarded as one of the proofs of their supposed structures.
Keywords:Dichlorogermylene complex of tungsten pentacarbonyls  Germylenebis(tungsten pentacarbonyl) complex  Electrolysis  Cyclic voltammetry  Combined quantum-chemical/IR spectroscopic approach  Vibrational frequencies
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