The anisole-substituted silyl-amide anion, [N(SiMe2{C6H4-2-OMe})2]− (L), has been used as a pincer-type ligand in coordination chemistry. X-ray diffraction data for the lithium salt shows a trimetallic structure consisting of two equivalents of Li(L) that sequester a molecule of LiCl. The potassium salt K(L) is dimeric in the solid-state with bridging amide ligands. Each structure shows chelation of both O-donor groups to the electropositive metal. In contrast, the titanium compound Ti(L)Cl3 is four-coordinate with a monodentate amide. The zirconium compound Zr(L)2Cl2 is monometallic with a six-coordinate metal and two N,O-bidentate amides
Alkali metal amides are vital reagents in synthetic chemistry and the bis(silyl)amide {N(SiMe3)2} (N...
Reaction of the lithium amides [(2-C5H4N)C(CH3){CH2N(Li)SiMe 3}2]2 (2a) and [(2-C5H4N)C(CH3){CH2N (L...
Using two different reaction methodologies, two alkali metal–magnesium alkyl bis(amide) complexes we...
The anisole-substituted silyl-amide anion, [N(SiMe2{C6H4-2-OMe})2]− (L), has been used as a pincer-t...
The octamethyltrisilazane, Me2Si[N(H)SiMe3]2, can be used to ligade several metallic elements by sub...
Bulky amido ligands are precious in s-block chemistry since they can implant complementary strong ba...
The organolithium reagent (1) is readily obtained by reaction of the chloride (Me3Si)2(Me2NMe2Si)CC...
© Royal Society of Chemistry 2005The lithium complexes [Li{N(Ar)C(H)N(Ar)}(pmdeta)], where Ar = 2,6...
© 2017 WILEY-VCH Verlag GmbH & Co. KGaA, WeinheimBis(amido)–TiIV and –ZrIV complexes stabilized by t...
The title complex, [Li(C11H22N3Si2)(C11H23N3Si2)2], contains a single lithium cation coordinated to ...
Treatment of the homoleptic titanium amides [Ti(NR2)4] (R=Me or Et) with the Brønsted acidic reagent...
Treatment of the homoleptic titanium amides [Ti(NR2)4] (R=Me or Et) with the Brønsted acidic reagent...
A number of paramagnetic silylated d1 group 4 metallates were prepared by reaction of potassium tris...
The lithium amidinate [Me3SiNC(Ph)N(CH2)3N(Me)SiMe3]Li(THF) (2), with a pendant methyl(trimethylsily...
The lithium amidinate [Me3SiNC(Ph)N(CH2)3N(Me)SiMe3]Li(THF) (2), with a pendant methyl(trimethylsily...
Alkali metal amides are vital reagents in synthetic chemistry and the bis(silyl)amide {N(SiMe3)2} (N...
Reaction of the lithium amides [(2-C5H4N)C(CH3){CH2N(Li)SiMe 3}2]2 (2a) and [(2-C5H4N)C(CH3){CH2N (L...
Using two different reaction methodologies, two alkali metal–magnesium alkyl bis(amide) complexes we...
The anisole-substituted silyl-amide anion, [N(SiMe2{C6H4-2-OMe})2]− (L), has been used as a pincer-t...
The octamethyltrisilazane, Me2Si[N(H)SiMe3]2, can be used to ligade several metallic elements by sub...
Bulky amido ligands are precious in s-block chemistry since they can implant complementary strong ba...
The organolithium reagent (1) is readily obtained by reaction of the chloride (Me3Si)2(Me2NMe2Si)CC...
© Royal Society of Chemistry 2005The lithium complexes [Li{N(Ar)C(H)N(Ar)}(pmdeta)], where Ar = 2,6...
© 2017 WILEY-VCH Verlag GmbH & Co. KGaA, WeinheimBis(amido)–TiIV and –ZrIV complexes stabilized by t...
The title complex, [Li(C11H22N3Si2)(C11H23N3Si2)2], contains a single lithium cation coordinated to ...
Treatment of the homoleptic titanium amides [Ti(NR2)4] (R=Me or Et) with the Brønsted acidic reagent...
Treatment of the homoleptic titanium amides [Ti(NR2)4] (R=Me or Et) with the Brønsted acidic reagent...
A number of paramagnetic silylated d1 group 4 metallates were prepared by reaction of potassium tris...
The lithium amidinate [Me3SiNC(Ph)N(CH2)3N(Me)SiMe3]Li(THF) (2), with a pendant methyl(trimethylsily...
The lithium amidinate [Me3SiNC(Ph)N(CH2)3N(Me)SiMe3]Li(THF) (2), with a pendant methyl(trimethylsily...
Alkali metal amides are vital reagents in synthetic chemistry and the bis(silyl)amide {N(SiMe3)2} (N...
Reaction of the lithium amides [(2-C5H4N)C(CH3){CH2N(Li)SiMe 3}2]2 (2a) and [(2-C5H4N)C(CH3){CH2N (L...
Using two different reaction methodologies, two alkali metal–magnesium alkyl bis(amide) complexes we...