50 results on '"Eremenko, I.L."'
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2. Li-rich and Ni-rich transition metal oxides: Coating and core-shell structures
3. XPS study of the electron structure of heterometallic trinuclear complexes Fe2M(μ3-O)(μ-Piv)6(HPiv)3 (M[dbnd]Mn, Co, Ni)
4. Thermodynamic properties of mixed-ligand rare earth pivalates
5. X-ray photoelectron spectroscopy study of electron and spatial structure of mono- and binuclear Ni(II) carboxylate complexes with nitrogen-containing ligands
6. X-ray photoelectron Fe3s and Fe3p spectra of polynuclear trimethylacetate iron complexes
7. Thermodynamic properties of tetrabridged binuclear copper complexes with apical substituted pyridine ligands
8. Pentanuclear pivalate Ni(II) and Co(II) clusters: modulation of molecular structures and magnetic properties
9. Deprotonated N-phenyl-o-phenylenediimine as a bridging ligand
10. Antiferromagnetic complexes with metal—metal bonds: VI. Transformation of the antiferromagnetic metallacycle (Cp 2Cr 2SCMe 3)·(μ 3−S) 2Co(CO) 2 into the diamagnetic metallatetrahedron Cp 3Cr 3·(μ 3−S) 4Co(CO)
11. Antiferromagnetic complexes involving metal—metal bonds: V &. Synthesis, molecular structures and magnetic properties of an adduct, (CpCrSCMe 3) 2S·Mn 2(CO) 9, and a cluster, (CpCr) 2(μ 2-SCMe 3)(μ 3-S) 2Co(CO) 2, containing the CrCrCo metallocycle
12. 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
13. Molecular structure of binuclear complex Fe 2(CO) 6(μ-PhNC(O)C 6H 4NH), synthesized from Fe(CO) 5 and azobenzene
14. Antiferromagnetic complexes with metal-metal bonds XXII. Synthesis, molecular structure and magnetic properties of the salt [Cp 3Cr 3(μ 3-O)(μ-OCMe 3) 3] +[CpMo(CO) 3] − with a trinuclear cyclopentadienyl-oxo-t-butoxide cluster cation
15. Synthesis and molecular structures of chromium-iron-sulfide and [Cp 3Cr 3(μ 3-S) 4Fe] 2Fe(CO) 3 · C 6H 6 clusters with tetrahedral metal frameworks
16. Antiferromagnetic complexes with metalmetal bonds: XXV. Synthesis, molecular structure and magnetic properties of the triangular cluster Cp 2Cr 2(μ-SCMe 3)(μ 3-S) 2IR(CO)(PPh 3) and the octanuclear cluster Cp 2Cr 2(μ 3-S) 2(μ 4-S)Rh 2[Cp 2Cr 2(μ-SCMe 3)(μ 3-S) 2] 2 with an unusual triangular heterometalloornament framework
17. Antiferromagnetic complexes with a metalmetal bond: XVII. Synthesis and molecular structures of the antiferromagnetic clusters (Cp 2Cr 2SCMe 3)(η 3-S) 2RhL 2 (L 2 = π-C 8H 12 or (CO) 2) with long CrRh bonds
18. Transformation of μ 3-acetylide cluster Co 2(CO) 6 [μ-PhCCRe(CO) 5] into carbyne cluster Co 2Re(CO) 10(μ 3-CPh)
19. Antiferromagnetic complexes with metal-metal bonds: XXVII. Synthesis, molecular structures and magnetic properties of Cr,Re-clusters Cp 2Cr 2(μ-SCMe 3) 2(μ 3-S)Re 2(CO) 9] and Cp 2Cr 2(μ 3-SCMe 3) 2(μ 3-S) 2Re 2(CO) 6
20. The effect of electron deficit on the geometry of sulphide bridged methylcyclopentadienylmetal tetrahedra. Synthesis, physicochemical characteristics, and molecular structures of Cp′ 3Cr 3(μ 3-S) 4Co(CO), Cp′ 4Cr 4(μ 3-O)(μ 3-S) 3+ ZnCl 3·C 4H 8O −, and Cp′ 4V 4S 4 (Cp′ = π-CH 3C 5H 4)
21. Transformation of phenylacetylene into ortho-metallated phenylvinylidene cluster having a Re 2Mo 2 core; molecular structure of Cp 2Mo 2Re 2(μ 4-CC(H)C 6H 4)(μ-H)(μ-CO)(CO) 7
22. Synthesis and molecular structure of diamagnetic heterometallic clusters (RC 5H 4) 2Cr 2(μ 3-S) 2(μ 4-S)Co 2(CO) 4 with a Cr 2Co 2 “butterfly” frame
23. Antiferrogmagnetic complexes with metal/3- metal bonds : VII. Synthesis and molecular structure of (CpCrSCMe 3) 2S Mn(CO) 2Cp and formation of the tetranuclear clusters CP 4Cr 3MS 4 (M Cr, V, Nb)
24. Antiferromagnetic complexes with a metal—metal bond: XI. Synthesis and structure of the pentanuclear cyclopentadienyl-t-butylthiolate-sulphidechromium cluster [Cp 2Cr 2(μ 2-SCME 3)(μ 3-S) 2] 2Cr with a “bow-tie” frame
25. Antiferromagnetic complexes with a metal-metal bond: XV. Antiferromagnetic heterometallospirane clusters [(CH 3C 5H 4) 2Cr 2(μ-SCMe 3)(μ 3-S) 2] 2M (M = Mn II, Fe II): Synthesis and molecular structures
26. Antiferromagnetic complexes with a metal—metal bond: XIII. Transformation of μ 3-sulphide clusters containing chromium and cobalt atoms by treatment with pivalic acid. Molecular structures of the pseudotetrahedral cluster Cp 3Cr 3(μ 3-S) 3(μ 3-O)Co(CO) 3 · Me 3CCOOH · 0.5C 6H 6, and the heterometallic “bow-tie” cluster (Cp 2Cr 2SCMe 3) 2(μ 3-S) 4Co
27. Antiferromagnetic complexes with metalmetal bonds: XXIV. Bi- and trinuclear cyclopentadienyl clusters of chromium with nitrene bridges
28. Antiferromagnetic complexes with metalmetal bonds: XXIII. Synthesis, magnetic properties and structure of the heterometallospirane cluster [Cp 2Cr 2(μ-SCMe 3)-(μ 3-S) 2] 2Fe +FeI 4− and the cluster [Cp 2Cr 2(μ-SCMe 3)-(μ 3-S) 2Fe] 2(μ-Se) 2 with “kayak-paddle” framework
29. Phenylacetylene transformations in clusters with Re 2Fe and Re 2Ni 2 core. Synthesis and molecular structure of Re 2Fe(CO) 9(μ 3,η 4-CHCHC 6H 4) and Cp 2Ni 2Re 2(CO) 6 − (μ 4-PhCCCHCHPh)
30. Antiferromagnetic complexes with a metal—metal bond: XII. Synthesis, molecular structures, and magnetic properties of the clusters (MeC 5H 4) 2Cr 2(μ-SCMe 3)(μ 3-S) 2Co(CO) 2 and (C 5H 5) 2Cr 2(μ-SCMe 3)(μ 3-S) 2Mn(CO) 3 with triangular Cr 2M metal frames
31. Synthesis and molecular structure of the niobocene sulphide dimer
32. Antiferromagnetic complexes with a metal-metal bond: XIV. Synthesis and molecular structure of the antiferromagnetic cluster [Cp 2Cr 2(SCMe 3)(μ 3-S) 2] 2Mn, containing a heterometallic “bow-tie” Cr 4Mn framework
33. Synthesis and molecular structure of lanthanum tris[cyclopentadienylmolybdenotricarbonylate] tetrahydrofuranate, (THF) 5La[CpMo(CO) 3] 3 · THF
34. Antiferromagnetic complexes with metal-metal bonds: X. Synthesis and molecular structure of an antiferromagnetic bis[cyclopentadienyl(t-butoxy)-chromium]iron tetracarbonyl cluster containing a Cr 2Fe metallacycle
35. Comparison of the molecular structures and infrared spectra of titanocene and niobocene chelate trimethylacetates
36. Synthesis and transformations of cyclopentadienyl- trifluoroacetate-chromium(III) complexes
37. Synthesis and molecular structure of niobocene(tricarbonyl)(π-cyclopentadienyl)molybdenum with metalmetal bond and unusual coordination of carbonyl groups
38. Antiferromagnetic complexes involving metalmetal bonds : I. Synthesis and molecular structure of an antiferromagnetic dimer with a CrCr bond
39. Synthesis and molecular structure of niobocene trimethylacetate and its π-complex with diphenylacetylene
40. Antiferromagnetic complexes involving metalmetal bonds IV. Synthesis, molecular structure and magnetic properties of the heterotrinuclear cluster, (C 5H 5Cr) 2(μ 2-SCMe 3)(μ 3-S) 2Fe(CO) 3, with direct and indirect exchange between Cr III and Fe I centers
41. Antiferromagnetic complexes involving metalmetal bonds III. Synthesis, structure and magnetic properties of heterotrinuclear complexes of the type M(CO) 5L (M Cr, Mo and w) containing [(C 5H 5CrSCMe 3) 2S] as unusual antiferromagnetic ligand L
42. Interaction of Heteronuclear chromium-containing clusters with carboxalic acids. Molecular structure of the paramagnetic tetrahedral cluster Cp 3Cr 3(μ 3-S) 4Fe(OOCCMe 3)
43. Nitrosylation of dicyclopentadienyldi(μ-tert-butylthiolato)(μ-sulfido)dichromium giving tert-butylsulfanic group. Molecular structures of the binuclear complex Cp(NO) [formula omitted](NO)Cp and monomer CpCr(NO) 2(ONO)
44. Antiferromagnetic complexes involving metalmetal bonds. II. The conditions for observation and means of intented variation of antiferromagnetic properties of binuclear complexes involving CrCr and VV bonds
45. Synthesis and photophysical properties of Zn(II) Schiff base complexes possessing strong solvent-dependent solid-state fluorescence.
46. A new coating for improving the electrochemical performance of cathode materials.
47. Binuclear samarium(III) pivalates with chelating N-donors: Synthesis, structure, thermal behavior, magnetic and luminescent properties.
48. New manganese (II) 2d-polymer with deprotonated hydroxytetrazine bridges
49. Synthesis and molecular structure of bis(2,6-dimethylpyridine)bis-(trifluoroacetate)Cr(II) with an unusual square planar environment of the chromium atom
50. Synthesis of (sub)microcrystals of dinuclear terbium(III) carboxylate (Hpiv)6Tb2(piv)6 and polymeric terbium(III) carboxylate {Tb(piv)3}n in supercritical carbon dioxide. Photoluminescence and magnetic properties.
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