Y. Torubaev

发表

Electron compensating fragmentation of phenylethynyl ferrocenyltelluride in reactions with homoleptic metal carbonyls of Cr, Mo, W, Fe and Ru: Synthesis and structure of Te stabilized clusters

S. Mobin, P. Mathur, Abhinav Raghuvanshi, 2021, Journal of Organometallic Chemistry.

Synthesis and structure of mixed-metal thiolate complex Cp′Cr(CO)2(μ-SBu)Pt(PPh3)2: Side-on-coordination of Cr–S double bond with platinum

S. Shapovalov, S. G. Sakharov, Y. Torubaev, 2009 .

Crystals at a Carrefour on the Way through the Phase Space: A Middle Path

Y. Torubaev, I. Skabitsky, 2021, Molecules.

Isomorphic substitution in molecular crystals and geometry of hypervalent tellurium: comments inspired by a case study of RMeTeI2 and [RMe2Te]+I− (R = Ph, Fc)

F. M. Dolgushin, Y. Torubaev, I. Skabitsky, 2019, New Journal of Chemistry.

Unusual Formation of the Paramagnetic Complex (η4-C4Me4)CoI2(PhTeI) and Specific Features of Its Electronic, Molecular, and Crystal Structures

S. Shapovalov, E. Ugolkova, V. Minin, 2020, Russian Journal of Coordination Chemistry.

Chimeric supramolecular synthons in Ph2Te2(I2)Se.

Y. Torubaev, 2020, Acta crystallographica. Section C, Structural chemistry.

Cluster core growth upon the decarbonylation of cyclopentadienyl-iron-dicarbonyl ferrocenyltelluride CpFe(CO)2TeFc: Fe1Te1 to Fe3Te3

V. A. Grinberg, S. Shapovalov, S. G. Sakharov, 2020 .

Oxidative addition of the Mo-Cl bond to the Pt0 complex. Synthesis and structure of Cp′Mo(μ-CO)2(C2Ph2)Pt2(PPh3)2(CO)Cl

S. Shapovalov, Y. Torubaev, A. Pasynskii, 2009 .

Structure-defining interactions in the salt cocrystals of [(Me5C5)2Fe]+I3−–XC6H4OH (X = Cl, I): weak noncovalent vs. strong ionic bonding

K. Lyssenko, Y. Torubaev, I. Skabitsky, 2020 .

A new supramolecular heterosynthon [C–I⋯OC(carboxylate)] at work: engineering copper acetate cocrystals

Y. Torubaev, I. Skabitsky, 2020 .

Synthesis of Nickel Precursors Derived from 1,1'-Bis(Diphenylchalcogenophosphoryl)Ferrocene Analogue and Their Catalytic Oxidation Reaction Studies

V. Brahmkhatri, P. Prabhu, Y. Torubaev, 2022, Russian Journal of Inorganic Chemistry.

Organotellurium halides: New ligands for transition metal complexes

P. Mathur, Y. Torubaev, A. Pasynskii, 2012 .

Regio- and stereo-specific addition of organotellurium trihalides to ferrocenylacetylene: Molecular and crystal structure of (Z)-halovinyl organotellurium dihalides

P. Mathur, Y. Torubaev, A. Pasynskii, 2010 .

Synthesis and X-ray investigation of novel Fe and Mn phenyltellurenyl-halide complexes: (CO)3FeBr2(PhTeBr), (η5-C5H5)Fe(CO)2(PhTeI2) and CpMn(CO)2(PhTeI)

P. Mathur, Y. Torubaev, A. Pasynskii, 2009 .

Antiferromagnetic complexes with metal–metal bonds.: Part XXX. Synthesis and molecular structures of the antiferromagnetic adducts [Cp′Cr(μ-SPh)]2(μ3-Se).ML (Cp′=η5-CH3C5H4, ML=Fe3(μ3-S)2(CO)8, Mn2(CO)9, Mn2(CO)8), paramagnetic complexes Cp′Cr(μ-SPh)3Mn(CO)3 and [Cp′Cr(μ-SPh)]2Te, diamagnetic cluste

O. G. Éllert, K. Lyssenko, V. Novotortsev, 2003 .

Antiferromagnetic complexes with the metal-metal bond XXVIII. Synthesis and molecular structure of the antiferromagnetic cluster [CpCr(μ-SCMe3)]2(μ4-S) [PtMe3(μ-I)]2

O. G. Éllert, I. Eremenko, V. Belsky, 1997 .

Antiferromagnetic complexes with a metal—metal bond

O. G. Éllert, K. Lyssenko, V. Novotortsev, 1984 .

CpFe(CO)2TePh as a ligand for organometallic dihalides Fe(CO)4I2, (p-Cymene)RuI2, and Me5C5RhI2: Synthesis and molecular structures

S. Shapovalov, S. G. Sakharov, Y. Torubaev, 2017, Russian Journal of Coordination Chemistry.

Synthesis and molecular structures of cyclopentadienyl sulfide complexes of chromium with cymantrenyl-thiolate bridging ligands

V. A. Grinberg, Y. Torubaev, A. Pasynskii, 2013, Russian Journal of Coordination Chemistry.

Synthesis, molecular structures, and properties of heterometallic cobalt tetramethylcyclobutadiene complexes (C4Me4)Co(CO)2TePh, (C4Me4)Co(CO)2TePh[W(CO)5], and Me4C4Co(μ3-S)2Cr2Cp2(μ-SC4H9)

V. A. Grinberg, V. A. Grinberg, A. Kudinov, 2007 .

Synthesis and molecular structure of mixed-metal stannylene derivatives of cyclopentadienyl(nitrosyl)(carbonyl) manganese

M. Scheer, A. Virovets, Y. Torubaev, 2013 .

Synthesis and molecular structure of chlorostannyl derivatives of carbonyl(cyclopentadienyl)nitrosylmanganese

Y. Torubaev, A. Pasynskii, A. Blokhin, 2010 .

(Dicarbonyl)(π-cyclohexadienyl)iron iodide, trichlorostannate, and tris(cymantrenecarboxylato)stannate: Synthesis and molecular structures

G. Aleksandrov, S. Shapovalov, A. Gordienko, 2011 .

Solvent mediated synthesis of homoleptic tri and tetranuclear nickel complex derived from [Ni2(µ-SeC5H4N)2(dppe)2]2+ and Theoretical Studies

R. Butcher, Saurabh Kumar Singh, R. Chauhan, 2021, Journal of Organometallic Chemistry.

Iron cyclopentadienyl(triphenylphosphine)carbonylphenyl telluride adducts with manganese, tungsten, and rhodium complexes

S. Shapovalov, O. Tikhonova, S. G. Sakharov, 2015, Russian Journal of Coordination Chemistry.

Halogen bonding in crystals of free 1,2-diiodo-ethene (C2H2I2) and its π-complex [CpMn(CO)2](π-C2H2I2)

Y. Torubaev, I. Skabitsky, 2020 .

Reaction of ferrocenyl triselenide with tris(triphenylphosphine)platinum

Y. Torubaev, A. Pasynskii, I. V. Skabitskii, 2015, Russian Journal of Coordination Chemistry.

The energy frameworks of aufbau synthon modules in 4-cyanopyridine co-crystals

Y. Torubaev, I. Skabitsky, 2019, CrystEngComm.

Diphenyldichalcogenide complexes of iron, chromium and rhenium carbonyls

Y. Torubaev, A. Pasynskii, A. Pavlova, 2012, Russian Journal of Coordination Chemistry.

Synthesis and molecular structure of [((CO)3RuBr2)2(μ-SePh)2Ru(CO)4] cluster with a Ru3Se2 chain core

P. Mathur, Y. Torubaev, A. Pasynskii, 2011 .

Dicarbonylcyclopentadienyltellurophenyliron complexes as ligands

S. Shapovalov, O. Tikhonova, Y. Torubaev, 2014, Russian Journal of Coordination Chemistry.

Synthesis, molecular structures, Mössbauer and electrochemical investigation of ferrocenyltelluride derivatives: (Fc2Te2)Fe(CO)3I2 [(CO)3IFe(μ-TeFc)]2, CpFe(CO)2TeFc, CpFe(CO)2TeX2Fc (X = Br, I) and CpFe(CO)2(μ-TeFc)Fe(CO)3I2

P. Mathur, V. A. Grinberg, Mobin M. Shaikh, 2015 .

Heterometallic iron carbonyl chalcogenide clusters containing ruthenium, rhenium, manganese, and molybdenum

K. Lyssenko, P. Belousov, Y. Torubaev, 2003 .

Regularities of thermal decay of carbonyl chalcogenide metal clusters

V. Novotortsev, Z. Dobrokhotova, Y. Torubaev, 2003 .

Phenyltellurolate-bridged heterometallic complexes combining rhenium tricarbonyl with (dicarbonyl)(cyclopentadienyl)iron or bis(diphenylphosphino)ethaneplatinum

S. Shapovalov, G. Denisov, Y. Torubaev, 2014, Russian Journal of Coordination Chemistry.

Phenyltellurium halide complexes of iron cyclopentadienyl dicarbonyl: Synthesis and molecular structures of CpFe(CO)2TePh, CpFe(CO)2TeBr2Ph, CpFe(CO)2TeBrPh(μ-Br)Br3TePh, and PhTeI3(C4H8O)

Y. Torubaev, A. Pasynskii, I. V. Skabitskii, 2009 .

Oxidation of Iron Complex with NHC Ligand with Molecular Iodine

S. Shapovalov, S. G. Sakharov, Y. Torubaev, 2019, Russian Journal of Inorganic Chemistry.

Synthesis and molecular structures of the cobalt complexes (η4-C4Me4)Co(CO)2SnCl3, (η4-C4Me4)Co(CO)2(TeI2Ph), and (η4-C4Me4)Co(CO)2 (TeBrIPh) with the shortened Co-Sn and Co-Te bonds

P. Mathur, Y. Torubaev, A. Pasynskii, 2009 .

Synthesis and molecular structure of tricarbonyl(diphenyl ditelluride)diiodoiron (CO)3FeI2(Te2Ph2) and tricarbonyldiiodo[iodo(phenyl)tellurido]iron (CO)3FeI2(PhTeI): First example of the coordination of unstable PhTeI to the transition metal atom

P. Mathur, Y. Torubaev, A. Pasynskii, 2008 .

(Z)-diiodo(2-iodo-2-phenylvinyl)(phenyl)tellurium PhIC=CHTeI2Ph: Synthesis and complexing properties in a reaction with iron pentacarbonyl

P. Mathur, Y. Torubaev, A. Pasynskii, 2008 .

Energy framework approach to the supramolecular reactions: interplay of the secondary bonding interaction in Ph2E2 (E = Se, Te)/p-I-C6F4-I co-crystals

S. Pakhira, A. Dmitrienko, D. K. Rai, 2019, New Journal of Chemistry.

Step-by-step transformations of ferrocenyltellurium complexes of Group VIB metal carbonyls

P. Mathur, Mobin M. Shaikh, G. K. Lahiri, 2014 .

Halogen vs. ionic bonding: an unusual isomorphism between the neutral (C5Me5)2Fe/C2I2 cocrystal and ionic [(C5Me5)2Fe]Br3 crystal

Y. Torubaev, I. Skabitsky, P. Barzilovich, 2021 .

The borderline: exploring the structural landscape of triptycene in cocrystallization with ferrocene

S. Singh, S. Mobin, P. Mathur, 2020, CrystEngComm.

Mixed-valent ferrocenyltellurenyl halides. Synthesis, electrochemistry and unusual molecular structure

P. Mathur, V. A. Grinberg, Mobin M. Shaikh, 2014 .

Stannylene complexes of manganese, iron, and platinum

M. Scheer, S. Shapovalov, M. Bodensteiner, 2014, Russian Journal of Coordination Chemistry.

Synthesis, Structure, and Haptotropic Interconversions of Tungsten Cycloheptatrienyl–Acetonitrile–Carbonyl Complexes

S. G. Sakharov, P. Rusina, Y. Torubaev, 2019, Russian Journal of Coordination Chemistry.

Thiolate-bridged heterometallic complexes of manganese and platinum: Synthesis and molecular structures of (CO)4Mn(μ-SPh)Pt(PPh3)2, (CO)3(PPh3)Mn(μ-SPh)Pt(PPh3)(CO), and (CO)3Mn(μ-SPh)Pt(PPh3)(Dppm)

G. Aleksandrov, Y. Torubaev, A. Pasynskii, 2011 .

SYNTHESIS, MOLECULAR STRUCTURE, AND THERMAL DECOMPOSITION OF TRINUCLEAR (PHENYLTELLURIDE) CARBONYL CLUSTER OF COBALT, CO3(CO)3(MU -CO)(MU -TEPH)5

V. Novotortsev, Z. Dobrokhotova, K. A. Lysenko, 1998 .

Phenyltellurenyl halide complexes of ruthenium and rhenium (CO)2RuBr2(PhTeBr)2 and (CO)3Re(PhTeI)3(μ3-I): Synthesis and crystal and molecular structures

P. Mathur, Y. Torubaev, A. Pasynskii, 2009 .

Halogen and Hydrogen Bonds in Co-crystalline Ferrocenium Organotellurium Halide Salts

K. Lyssenko, Y. Torubaev, A. Popova, 2019, Russian Journal of Coordination Chemistry.

Iron-platinum interaction in (hexacarbonyldiiron)-[(π-diene)platinum] dichalcogenide clusters

K. A. Lysenko, Y. Torubaev, A. Pasynskii, 2003 .

Synthesis, molecular structures, and properties of the manganese chalcogenide complexes CpMn(CO)2SC(O)Ph, [CpMn(CO)2]2(μ-Se2), CpMn(CO)2SMe2, [CpMn(CO)2]2(μ-SMe2), and [CpMn(CO)2]2(μ-SeMe2)

V. A. Grinberg, Z. Dobrokhotova, V. Minin, 2002 .

The structural landscape of ferrocenyl polychalcogenides

Abhinav Raghuvanshi, Y. Torubaev, I. Skabitsky, 2021 .

Syntheses, molecular structures, and thermal decomposition of cyclopentadienyldicarbonylmanganese chalcogenide derivatives

S. Shapovalov, V. Novotortsev, Z. Dobrokhotova, 2003 .

First structural evidence of a Se-Br-Br halogen-bonded molecular complex

Y. Torubaev, A. Pasynskii, A. Pavlova, 2017 .

Crystal structures of the products of unusual interactions between organotellurides and iodoacetylenes

Mobin M. Shaikh, Y. Torubaev, A. Pasynskii, 2017 .

Self-assembly of conducting cocrystals via iodine⋯π(Cp) interactions

K. Lyssenko, P. Mathur, Mobin M. Shaikh, 2017 .

Unexpected stabilization of the heterocyclic form of oxidized dithizone: Synthesis and molecular structures of chromium and tungsten 5-mercapto-2,3-diphenyltetrazolium pentacarbonyls

S. S. Shapovalov, S. Shapovalov, A. A. Pasynskii, 2007 .

Cyclodimerization of phenyliodoacetylene with elemental tellurium: New pathway to 1.3-ditellurofulvenes

S. Mobin, P. Mathur, Y. Torubaev, 2011 .

Oxidation of ferrocene and 1,1'-ferrocene triselenide by bromine and phenyltellurium tribromide

Mobin M. Shaikh, Abhinav Raghuvanshi, Y. Torubaev, 2015, Russian journal of coordination chemistry.

Halogen Bonding and CO-Ligand Blue-Shift in Hybrid Organic—Organometallic Cocrystals [CpFe(CO)2X] (C2I4) (X = Cl, Br)

S. Shapovalov, Y. Torubaev, O. Tikhonova, 2022, Crystals.

Bis(perfluoroaryl)chalcolanes ArF2Ch (Ch = S, Se, Te) as σ/π-Hole Donors for Supramolecular Applications Based on Noncovalent Bonding

A. Rozhkov, Y. Torubaev, Eugene A. Katlenok, 2023, Crystal Growth & Design.

Stages of Kitaigorodsky Aufbau Principle Detached in the Cocrystals of Cp2MX2 (M = Ti, Zr; X = Cl, Br, I) with σ- and π-Hole Donors

K. Lyssenko, Y. Torubaev, I. Skabitsky, 2021, Crystal Growth & Design.

Interplay of noncovalent interactions in antiseptic quaternary ammonium surfactant Miramistin.

F. M. Dolgushin, S. Krylov, A. Goloveshkin, 2019, Acta crystallographica. Section C, Structural chemistry.

A Structural Approach to the Strength Evaluation of Linear Chalcogen Bonds

V. Lippolis, E. Podda, M. Arca, 2023, Molecules.

Organometallic halogen bond acceptors: directionality, hybrid cocrystal precipitation, and blueshifted CO ligand vibrational band

Ajeet Singh, D. K. Rai, P. Rusina, 2018 .

Interplay of noncovalent interactions in antiseptic quaternary ammonium surfactant Miramistin.

F. M. Dolgushin, S. Krylov, A. Goloveshkin, 2019, Acta crystallographica. Section C, Structural chemistry.