Synthesis and reactions of {o-{[bis(dimethylamino)boryl]methyl}phenyl}diphenylphosphane
摘要:
AbstractThe new α,ω‐[boryl(organyl)]phosphane o‐Ph2PC6H4CH2B (NMe2)2 (10) was obtained in good yields from the reaction of CIB(NMe2)2 with o‐Ph2PC6H4CH2Li(tmeda). Five derivatives of 10 were obtained by substituting the boron‐bound amino groups by reactions with MeOH, BCl3, HCl, and LiAlH4, respectively, in particular, o‐Ph2(HCl)PC6H4CH2BCl2 (HNMe2) (10 e) which shows a unique PHClHN unit. Compound 10 and its derivatives were characterized by multinuclear NMR methods, mass spectra, and elemental analyses. In addition, the structure of 10 e · 1.5 C6H6 was determined by single crystal X‐ray diffraction.
Synthesis and reactions of {o-{[bis(dimethylamino)boryl]methyl}phenyl}diphenylphosphane
摘要:
AbstractThe new α,ω‐[boryl(organyl)]phosphane o‐Ph2PC6H4CH2B (NMe2)2 (10) was obtained in good yields from the reaction of CIB(NMe2)2 with o‐Ph2PC6H4CH2Li(tmeda). Five derivatives of 10 were obtained by substituting the boron‐bound amino groups by reactions with MeOH, BCl3, HCl, and LiAlH4, respectively, in particular, o‐Ph2(HCl)PC6H4CH2BCl2 (HNMe2) (10 e) which shows a unique PHClHN unit. Compound 10 and its derivatives were characterized by multinuclear NMR methods, mass spectra, and elemental analyses. In addition, the structure of 10 e · 1.5 C6H6 was determined by single crystal X‐ray diffraction.
Synthesis and reactions of {o-{[bis(dimethylamino)boryl]methyl}phenyl}diphenylphosphane
作者:Holger Braunschweig、Regina Dirk、Ulli Englert
DOI:10.1002/zaac.19976230714
日期:1997.7
AbstractThe new α,ω‐[boryl(organyl)]phosphane o‐Ph2PC6H4CH2B (NMe2)2 (10) was obtained in good yields from the reaction of CIB(NMe2)2 with o‐Ph2PC6H4CH2Li(tmeda). Five derivatives of 10 were obtained by substituting the boron‐bound amino groups by reactions with MeOH, BCl3, HCl, and LiAlH4, respectively, in particular, o‐Ph2(HCl)PC6H4CH2BCl2 (HNMe2) (10 e) which shows a unique PHClHN unit. Compound 10 and its derivatives were characterized by multinuclear NMR methods, mass spectra, and elemental analyses. In addition, the structure of 10 e · 1.5 C6H6 was determined by single crystal X‐ray diffraction.