Abstract
Metal bis(dicarbollides) of the type M(B9-C2H11)2- (M = Co, Fe) have been incorporated into cationic organothorium complexes [Cp′2ThR]+X- (Cp′ = η5-(CH3)5C5; R = alkyl, H) as potential weakly coordinating unions. The reaction of Cp′2Th(CH3)2 with [HNEt3]+-[Co(B9C2H 11)2]- and [HNEt3]+[Fe(B9C2H11) 2]- in hydrocarbon solvents affords [Cp′2ThCH3]+[Co(B9C 2H11)2]- (1) and [Cp′2ThCH3]22+[Fe(B 9C2H11)2]2- (2), respectively. The structure of 2 reveals tight ion-pairing with three close Th⋯H-B bridging interactions (2.42(3), 2.50(3), 2.67-(4) Å). This level of Th coordinative saturation explains the unexpected chemical inertness of 1 and 2. The reaction of Cp′2Th[CH2Si(CH3)3] 2 with [HNEt3]+-[Co(B9C2H 11)2]- affords [Cp′2ThCH2Si(CH3)3] +-[Co(B9C2H11)2] - (3), which slowly undergoes hydrogenolysis to yield [C′2ThH]+[Co(B9C2H 11)2]- (4).
| Original language | English |
|---|---|
| Pages (from-to) | 4254-4258 |
| Number of pages | 5 |
| Journal | Organometallics |
| Volume | 12 |
| Issue number | 10 |
| Publication status | Published - 1993 |
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ASJC Scopus subject areas
- Inorganic Chemistry
- Organic Chemistry
Cite this
Cationic actinide metallocene alkyls and hydrides. Metal bis(dicarbollides) as counterions. / Yang, Xinmin; King, Wayne A.; Sabat, Michal; Marks, Tobin J.
In: Organometallics, Vol. 12, No. 10, 1993, p. 4254-4258.Research output: Contribution to journal › Article
}
TY - JOUR
T1 - Cationic actinide metallocene alkyls and hydrides. Metal bis(dicarbollides) as counterions
AU - Yang, Xinmin
AU - King, Wayne A.
AU - Sabat, Michal
AU - Marks, Tobin J
PY - 1993
Y1 - 1993
N2 - Metal bis(dicarbollides) of the type M(B9-C2H11)2- (M = Co, Fe) have been incorporated into cationic organothorium complexes [Cp′2ThR]+X- (Cp′ = η5-(CH3)5C5; R = alkyl, H) as potential weakly coordinating unions. The reaction of Cp′2Th(CH3)2 with [HNEt3]+-[Co(B9C2H 11)2]- and [HNEt3]+[Fe(B9C2H11) 2]- in hydrocarbon solvents affords [Cp′2ThCH3]+[Co(B9C 2H11)2]- (1) and [Cp′2ThCH3]22+[Fe(B 9C2H11)2]2- (2), respectively. The structure of 2 reveals tight ion-pairing with three close Th⋯H-B bridging interactions (2.42(3), 2.50(3), 2.67-(4) Å). This level of Th coordinative saturation explains the unexpected chemical inertness of 1 and 2. The reaction of Cp′2Th[CH2Si(CH3)3] 2 with [HNEt3]+-[Co(B9C2H 11)2]- affords [Cp′2ThCH2Si(CH3)3] +-[Co(B9C2H11)2] - (3), which slowly undergoes hydrogenolysis to yield [C′2ThH]+[Co(B9C2H 11)2]- (4).
AB - Metal bis(dicarbollides) of the type M(B9-C2H11)2- (M = Co, Fe) have been incorporated into cationic organothorium complexes [Cp′2ThR]+X- (Cp′ = η5-(CH3)5C5; R = alkyl, H) as potential weakly coordinating unions. The reaction of Cp′2Th(CH3)2 with [HNEt3]+-[Co(B9C2H 11)2]- and [HNEt3]+[Fe(B9C2H11) 2]- in hydrocarbon solvents affords [Cp′2ThCH3]+[Co(B9C 2H11)2]- (1) and [Cp′2ThCH3]22+[Fe(B 9C2H11)2]2- (2), respectively. The structure of 2 reveals tight ion-pairing with three close Th⋯H-B bridging interactions (2.42(3), 2.50(3), 2.67-(4) Å). This level of Th coordinative saturation explains the unexpected chemical inertness of 1 and 2. The reaction of Cp′2Th[CH2Si(CH3)3] 2 with [HNEt3]+-[Co(B9C2H 11)2]- affords [Cp′2ThCH2Si(CH3)3] +-[Co(B9C2H11)2] - (3), which slowly undergoes hydrogenolysis to yield [C′2ThH]+[Co(B9C2H 11)2]- (4).
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M3 - Article
AN - SCOPUS:0000174671
VL - 12
SP - 4254
EP - 4258
JO - Organometallics
JF - Organometallics
SN - 0276-7333
IS - 10
ER -