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21
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Pantyukhina V.S.
, Volchek V.V.
, Komarov V.Y.
, Korolkov I.V.
, Kokovkin V.V.
, Kompankov N.B.
, Abramov P.A.
, Sokolov M.N.
Tubular polyoxoanion [(SeMo6O21)2(C2O4)3]10− and its transformations
New Journal of Chemistry. 2021.
V.45. N15. P.6745-6752. DOI: 10.1039/d1nj00421b
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22
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Pishchur D.P.
, Kompankov N.B.
, Kozlova S.G.
Low Temperature Heat Capacity Study of Co2(bdc)2(dabco)
International Journal of Thermophysics. 2021.
V.43. N1. 5
:1-7. DOI: 10.1007/s10765-021-02935-5
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23
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Mukhacheva A.A.
, Volchek V.V.
, Yanshole V.V.
, Kompankov N.B.
, Gushchin A.L.
, Benassi E.
, Abramov P.A.
, Sokolov M.N.
Is It Possible To Prepare a Heterometal Anderson–Evans Type Anion?
Inorganic Chemistry. 2020.
V.59. N4. P.2116-2120. DOI: 10.1021/acs.inorgchem.9b02898
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24
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Kozlova S.G.
, Pishchur D.P.
, Kompankov N.B.
, Shayapov V.R.
, Samsonenko D.G.
Anomalous Behavior of Heat Capacity in Ni2(bdc)2(dabco). Schottky Anomaly and Spin–Phonon Interaction
Journal of Physical Chemistry C. 2020.
V.124. N37. P.20222-20227. DOI: 10.1021/acs.jpcc.0c05999
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25
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Mukhacheva A.A.
, Shmakova A.A.
, Volchek V.V.
, Romanova T.E.
, Benassi E.
, Gushchin A.L.
, Yanshole V.
, Sheven D.G.
, Kompankov N.B.
, Abramov P.A.
, Sokolov M.N.
Reactions of [Ru(NO)Cl5]2− with pseudotrilacunary {XW9O33}9− (X = AsIII, SbIII) anions
Dalton Transactions. 2019.
V.48. N42. P.15989-15999. DOI: 10.1039/c9dt03328a
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26
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Romashev N.F.
, Gushchin A.L.
, Fomenko I.S.
, Abramov P.A.
, Mirzaeva I.V.
, Kompan'kov N.B.
, Kal'nyi D.B.
, Sokolov M.N.
A new organometallic rhodium(I) complex with dpp-bian ligand: Synthesis, structure and redox behaviour
Polyhedron. 2019.
V.173. 114110
. DOI: 10.1016/j.poly.2019.114110
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27
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Shmakova A.A.
, Volchek V.V.
, Yanshole V.
, Kompankov N.B.
, Martin N.P.
, Nyman M.
, Abramov P.A.
, Sokolov M.N.
Niobium uptake by a [P8W48O184]40− macrocyclic polyanion
New Journal of Chemistry. 2019.
V.43. N25. P.9943-9952. DOI: 10.1039/c9nj01907c
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28
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Yarovoy S.S.
, Smolentsev A.I.
, Kozlova S.G.
, Kompankov N.B.
, Gayfulin Y.M.
, Asanov I.P.
, Yanshole V.V.
, Mironov Y.V.
From oxide to a new type of molecular tungsten compound: formation of bitetrahedral cluster complexes [{W6(μ4-O)2(μ3-CCN)4}(CN)16]10− and [{W6(μ4-O)2(μ3-As)4}(CN)16]10−
Chemical Communications. 2018.
V.54. N98. P.13837-13840. DOI: 10.1039/c8cc07746k
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29
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Gayfulin Y.M.
, Smolentsev A.I.
, Kozlova S.G.
, Novozhilov I.N.
, Plyusnin P.E.
, Kompankov N.B.
, Mironov Y.V.
Facile Substitution of Bridging SO22– Ligands in Re12 Bioctahedral Cluster Complexes
Inorganic Chemistry. 2017.
V.56. N20. P.12389-12400. DOI: 10.1021/acs.inorgchem.7b01889
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30
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Беляев А.В.
, Воробьева С.Н.
, Федотов М.А.
, Компаньков Н.Б.
КОМПЛЕКСООБРАЗОВАНИЕ ИОНА [Rh(H2O)6]3+ С ФОСФОРНОЙ КИСЛОТОЙ ПО ДАННЫМ ЯМР 31Р
Журнал неорганической химии. 2014.
Т.59. №5. С.673-677. DOI: 10.7868/S0044457X14050031
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31
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Sokolov M.N.
, Mikhailov M.A.
, Brylev K.A.
, Virovets A.V.
, Vicent C.
, Kompankov N.B.
, Kitamura N.
, Fedin V.P.
Alkynyl Complexes of High-Valence Clusters. Synthesis and Luminescence Properties of [Mo6I8(C≡CC(O)OMe)6]2–, the First Complex with Exclusively Organometallic Outer Ligands in the Family of Octahedral {M6X8} Clusters
Inorganic Chemistry. 2013.
V.52. N21. P.12477-12481. DOI: 10.1021/ic401377g
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