AAAAAA

   
Results: 1-19 |
Results: 19
Generation of the metallonium cations [1,2-(CH2)(2)C5Me3OsC5Me5](2+), [1,1'-(CH2C5Me4)(2)Os](2+) and [1,2-(CH2)(2)C5Me3Os(1 '-CH2C5Me4)](3+) in the CF3SO3H-O-2 system
Authors: Rybinskaya, MI Kamyshova, AA Kreindlin, AZ Petrovskii, PV
Citation: Mi. Rybinskaya et al., Generation of the metallonium cations [1,2-(CH2)(2)C5Me3OsC5Me5](2+), [1,1'-(CH2C5Me4)(2)Os](2+) and [1,2-(CH2)(2)C5Me3Os(1 '-CH2C5Me4)](3+) in the CF3SO3H-O-2 system, MENDELEEV C, (4), 2001, pp. 137-138
Gas-phase formation of mono- and dications from iron-subgroup decamethylmetallocenes and their calculation by the density functional method
Authors: Rybinskaya, MI Nekrasov, YS Borisov, YA Belokon', AI Kreindlin, AZ Kamyshova, AA Kruglova, NV
Citation: Mi. Rybinskaya et al., Gas-phase formation of mono- and dications from iron-subgroup decamethylmetallocenes and their calculation by the density functional method, J ORGMET CH, 631(1-2), 2001, pp. 9-15
Reaction of Ru-3(CO)(12) with 1,3-diferrocenylprop-2-ene-1-one. Crystal and molecular structures of the complexes Ru-3(CO)(8)(FcC=CHCOFc)(2) and [Ru(CO)(2)Cl(FcC=CHCOFc)](2)
Authors: Osintseva, SV Petrovskaya, EA Rybin, LV Kreindlin, AZ Dolgushin, FM Yanovsky, AI Petrovskii, PV Rybinskaya, MI
Citation: Sv. Osintseva et al., Reaction of Ru-3(CO)(12) with 1,3-diferrocenylprop-2-ene-1-one. Crystal and molecular structures of the complexes Ru-3(CO)(8)(FcC=CHCOFc)(2) and [Ru(CO)(2)Cl(FcC=CHCOFc)](2), RUSS CHEM B, 49(9), 2000, pp. 1605-1612
New one-step methods for the synthesis of the metallonium dication [Ru(eta(5)-C5Me5)(eta(5):sigma :sigma-C5Me3(CH2)(2))](2+) and its heteroannular analog starting from decamethylruthenocene
Authors: Kamyshova, AA Kreindlin, AZ Rybinskaya, MI Petrovskii, PV
Citation: Aa. Kamyshova et al., New one-step methods for the synthesis of the metallonium dication [Ru(eta(5)-C5Me5)(eta(5):sigma :sigma-C5Me3(CH2)(2))](2+) and its heteroannular analog starting from decamethylruthenocene, RUSS CHEM B, 49(3), 2000, pp. 520-525
One-pot method for the generation of the trication [1,2-(CH2)(2)C5Me3RuC5Me4CH2](3+) from decamethylruthenocene
Authors: Rybinskaya, MI Kamyshova, AA Kreindlin, AZ Petrovskii, PV
Citation: Mi. Rybinskaya et al., One-pot method for the generation of the trication [1,2-(CH2)(2)C5Me3RuC5Me4CH2](3+) from decamethylruthenocene, MENDELEEV C, (3), 2000, pp. 85-86A
Synthesis, crystal and molecular structure of [{C5Me5FeC5Me4CH2}B+{C6H3(CF3)(2)}(4)(-)], the first example of a structurally characterized primary ferrocenylcarbocation
Authors: Kreindlin, AZ Dolgushin, FM Yanovsky, AI Kerzina, ZA Petrovskii, PV Rybinskaya, MI
Citation: Az. Kreindlin et al., Synthesis, crystal and molecular structure of [{C5Me5FeC5Me4CH2}B+{C6H3(CF3)(2)}(4)(-)], the first example of a structurally characterized primary ferrocenylcarbocation, J ORGMET CH, 616(1-2), 2000, pp. 106-111
New triple-decker complexes prepared by the stacking reactions of cationicmetallofragments with sandwich compounds
Authors: Kudinov, AR Rybinskaya, MI
Citation: Ar. Kudinov et Mi. Rybinskaya, New triple-decker complexes prepared by the stacking reactions of cationicmetallofragments with sandwich compounds, RUSS CHEM B, 48(9), 1999, pp. 1615-1621
Synthesis of rhodacarborane halide complexes [(eta-9-Me2S-7,8-C2B9H10)RhX2](2) (X = Cl, Br, or I)
Authors: Kudinov, AR Meshcheryakov, VI Petrovskii, PV Rybinskaya, MI
Citation: Ar. Kudinov et al., Synthesis of rhodacarborane halide complexes [(eta-9-Me2S-7,8-C2B9H10)RhX2](2) (X = Cl, Br, or I), RUSS CHEM B, 48(9), 1999, pp. 1794-1795
30-electron cationic iron- and cobalt-containing triple-decker complexes with a central cyclopentadienyl ligand. The first synthesis of the parent triple-decker iron complex with cyclopentadienyl ligands, [(eta-C5H5)Fe(mu-eta :eta-C5H5)Fe(eta-C5H5)]PF6
Authors: Kudinov, AR Fil'chikov, AA Petrovskii, PV Rybinskaya, MI
Citation: Ar. Kudinov et al., 30-electron cationic iron- and cobalt-containing triple-decker complexes with a central cyclopentadienyl ligand. The first synthesis of the parent triple-decker iron complex with cyclopentadienyl ligands, [(eta-C5H5)Fe(mu-eta :eta-C5H5)Fe(eta-C5H5)]PF6, RUSS CHEM B, 48(7), 1999, pp. 1352-1355
Synthesis of the first metallacarborane triple-decker complexes with a central cyclopentadienyl ligand
Authors: Kudinov, AR Petrovskii, PV Meshcheryakov, VI Rybinskaya, MI
Citation: Ar. Kudinov et al., Synthesis of the first metallacarborane triple-decker complexes with a central cyclopentadienyl ligand, RUSS CHEM B, 48(7), 1999, pp. 1356-1361
Synthesis and the fluxional behavior of the 30-electron cationic iron-molybdenum triple-decker complex with a central pentaphospholyl ligand, [(eta-C7H7)Mo(mu-eta :eta-P-5)Fe(eta-C5Me5)]BF4
Authors: Kudinov, AR Petrovskii, PV Rybinskaya, MI
Citation: Ar. Kudinov et al., Synthesis and the fluxional behavior of the 30-electron cationic iron-molybdenum triple-decker complex with a central pentaphospholyl ligand, [(eta-C7H7)Mo(mu-eta :eta-P-5)Fe(eta-C5Me5)]BF4, RUSS CHEM B, 48(7), 1999, pp. 1362-1364
Chemical and electrochemical oxidation of permethylmetallocenecarbaldehydes and the related mu-acyl Os-3-clusters
Authors: Kiseleva, LN Kreindlin, AZ Denisovich, LI Peterleitner, MG Klemenkova, ZS Petrovskii, PV Rybinskaya, MI
Citation: Ln. Kiseleva et al., Chemical and electrochemical oxidation of permethylmetallocenecarbaldehydes and the related mu-acyl Os-3-clusters, RUSS CHEM B, 48(4), 1999, pp. 785-789
Synthesis of the first unsymmetrical 34-electron cationic cobalt-nickel triple-decker complex with a central cyclopentadienyl ligand [(eta-C6Me6)Co(mu-eta :eta-C5H5)Ni(eta-C5H5)]PF6
Authors: Kudinov, AR Muratov, DV Petrovskii, PV Rybinskaya, MI
Citation: Ar. Kudinov et al., Synthesis of the first unsymmetrical 34-electron cationic cobalt-nickel triple-decker complex with a central cyclopentadienyl ligand [(eta-C6Me6)Co(mu-eta :eta-C5H5)Ni(eta-C5H5)]PF6, RUSS CHEM B, 48(4), 1999, pp. 794-795
UV photolysis of protonated ruthenium and osmium decamethylmetallocenes asa new method for synthesis of the metallonium cations [C5Me5MC5Me4CH2](+) (M = Ru, Os)
Authors: Kamyshova, AA Kreindlin, AZ Rybinskaya, MI Petrovskii, PV
Citation: Aa. Kamyshova et al., UV photolysis of protonated ruthenium and osmium decamethylmetallocenes asa new method for synthesis of the metallonium cations [C5Me5MC5Me4CH2](+) (M = Ru, Os), RUSS CHEM B, 48(3), 1999, pp. 581-585
Cationic arenerhodacarboranes [(eta-arene)Rh(eta-7,8-Me-2-7,8-C2B9H9)]BF4
Authors: Kudinov, AR Bogoudinov, RT Petrovskii, PV Rybinskaya, MI
Citation: Ar. Kudinov et al., Cationic arenerhodacarboranes [(eta-arene)Rh(eta-7,8-Me-2-7,8-C2B9H9)]BF4, RUSS CHEM B, 48(3), 1999, pp. 586-588
Octahedral rhodium cluster [Rh6Cp6(mu(6)-C)](2+)(PF6-)(2)
Authors: Kudinov, AR Muratov, DV Rybinskaya, MI
Citation: Ar. Kudinov et al., Octahedral rhodium cluster [Rh6Cp6(mu(6)-C)](2+)(PF6-)(2), RUSS CHEM B, 48(2), 1999, pp. 393-394
pi-complexes of monoanionic carborane ligand [9-(Me2S)-7,8-C2B9H10](-) with [eta-C5R5Fe](+) (R = H, Me) and [eta-C4Me4Co](+) cationic fragments
Authors: Kudinov, AR Meshcheryakov, VI Petrovskii, PV Rybinskaya, MI
Citation: Ar. Kudinov et al., pi-complexes of monoanionic carborane ligand [9-(Me2S)-7,8-C2B9H10](-) with [eta-C5R5Fe](+) (R = H, Me) and [eta-C4Me4Co](+) cationic fragments, RUSS CHEM B, 48(1), 1999, pp. 176-178
mu-acyl Os-3 clusters containing metallocenyl substituents and products oftheir protonation
Authors: Kreindlin, AZ Petrovskii, PV Barakovskaya, IG Epstein, LM Shubina, ES Rybinskaya, MI
Citation: Az. Kreindlin et al., mu-acyl Os-3 clusters containing metallocenyl substituents and products oftheir protonation, RUSS CHEM B, 48(1), 1999, pp. 179-182
Permethylferrocenium salt as a starting substance for the synthesis of R-substituted nonamethylferrocenes (R = CH2OMe, CH2+)
Authors: Kruglova, NV Kreindlin, AZ Petrovskii, PV Rybinskaya, MI
Citation: Nv. Kruglova et al., Permethylferrocenium salt as a starting substance for the synthesis of R-substituted nonamethylferrocenes (R = CH2OMe, CH2+), RUSS CHEM B, 47(12), 1998, pp. 2451-2454
Risultati: 1-19 |