The complex Ru{C≡CC(CN)═C(CN)₂}(dppe)Cp* (1), containing the new tricyanovinylethynyl (3,4,4-tricyanobut-3-en-1-ynyl) ligand, undergoes ready substitution of the 3-cyano group by nucleophiles (Nu) such as H, Me, Pri, Bu, But, mesityl, OMe, OBut, OCH2CH═CH₂, NHEt, NEt₂, and PPh₂ to give Ru{C≡CC(Nu)═C(CN)₂}(dppe)Cp*. The X-ray diffraction structures of several of the resulting complexes are reported and, for the mesityl and PPh₂ products, show that isomerization to the 3,5-dimethylbenzyl and oxidation to the phosphine oxide have respectively occurred
The reaction of C2(CN)4 with Ru(C≡CPh)(dppm)Cp* in THF has given the anticipated tetracyanobuta-1,3-...
The compounds Ru(C≡CC≡CFc)(PP)Cp [PP=dppe (1), dppm (2)], have been obtained from reactions between ...
Unusual formation of an η2-bonded polycyanocarbon ligand from tetracyanoethene, C2(CN)4 (tcne) and t...
The complex Ru{C≡CC(CN)═C(CN)₂}(dppe)Cp* (1), containing the new tricyanovinylethynyl (3,4,4-tricyan...
The complex Ru{C≡CC(CN)=C(CN) 2}(dppe)Cp* (1), containing the new tricyanovinylethynyl (3,4,4-tricya...
The complex Ru{CCC(CN)C(CN)<sub>2</sub>}(dppe)Cp* (<b>1</b>), containing the new tricyanoviny...
A series of complexes containing the new tricyanovinylethynyl (3,4,4-tricyanobut-3-en-1-ynyl) ligand...
Chapter 1 outlines the potential application of metal alkynyl complexes and then describes the diffe...
A series of complexes containing the new tricyanovinylethynyl (3,4,4-tricyanobut-3-en-1-ynyl) ligand...
Reactions of Group 8 metal ethynyls with tetracyanoethene afford tricyanovinylethynyl–metal derivati...
© Royal Society of Chemistry 2009Reactions of Group 8 metal ethynyls with tetracyanoethene afford tr...
Thermolysis of Ru{η³-C(CN)₂CPhC=C(CN)₂}(PPh₃)Cp* (2), obtained from Ru(C≡CPh)(PPh₃)₂Cp* and tetracya...
The reaction between Ru(C≡CH)(dppe)Cp* (1) and oxalyl chloride affords ({Ru(dppe)Cp*}C≡C)₂CO (2) in ...
A series of complexes containing the new tricyanovinylethynyl (3,4,4-tricyanobut-3-en-1-ynyl) ligand...
The reaction between Ru(C≡CH)(dppe)Cp* (1) and oxalyl chloride affords ({Ru(dppe)Cp*}C≡C)2CO (2) in ...
The reaction of C2(CN)4 with Ru(C≡CPh)(dppm)Cp* in THF has given the anticipated tetracyanobuta-1,3-...
The compounds Ru(C≡CC≡CFc)(PP)Cp [PP=dppe (1), dppm (2)], have been obtained from reactions between ...
Unusual formation of an η2-bonded polycyanocarbon ligand from tetracyanoethene, C2(CN)4 (tcne) and t...
The complex Ru{C≡CC(CN)═C(CN)₂}(dppe)Cp* (1), containing the new tricyanovinylethynyl (3,4,4-tricyan...
The complex Ru{C≡CC(CN)=C(CN) 2}(dppe)Cp* (1), containing the new tricyanovinylethynyl (3,4,4-tricya...
The complex Ru{CCC(CN)C(CN)<sub>2</sub>}(dppe)Cp* (<b>1</b>), containing the new tricyanoviny...
A series of complexes containing the new tricyanovinylethynyl (3,4,4-tricyanobut-3-en-1-ynyl) ligand...
Chapter 1 outlines the potential application of metal alkynyl complexes and then describes the diffe...
A series of complexes containing the new tricyanovinylethynyl (3,4,4-tricyanobut-3-en-1-ynyl) ligand...
Reactions of Group 8 metal ethynyls with tetracyanoethene afford tricyanovinylethynyl–metal derivati...
© Royal Society of Chemistry 2009Reactions of Group 8 metal ethynyls with tetracyanoethene afford tr...
Thermolysis of Ru{η³-C(CN)₂CPhC=C(CN)₂}(PPh₃)Cp* (2), obtained from Ru(C≡CPh)(PPh₃)₂Cp* and tetracya...
The reaction between Ru(C≡CH)(dppe)Cp* (1) and oxalyl chloride affords ({Ru(dppe)Cp*}C≡C)₂CO (2) in ...
A series of complexes containing the new tricyanovinylethynyl (3,4,4-tricyanobut-3-en-1-ynyl) ligand...
The reaction between Ru(C≡CH)(dppe)Cp* (1) and oxalyl chloride affords ({Ru(dppe)Cp*}C≡C)2CO (2) in ...
The reaction of C2(CN)4 with Ru(C≡CPh)(dppm)Cp* in THF has given the anticipated tetracyanobuta-1,3-...
The compounds Ru(C≡CC≡CFc)(PP)Cp [PP=dppe (1), dppm (2)], have been obtained from reactions between ...
Unusual formation of an η2-bonded polycyanocarbon ligand from tetracyanoethene, C2(CN)4 (tcne) and t...