METAL-ORGANIC ARCHITECTURES ASSEMBLED FROM MULTIFUNCTIONAL POLYCARBOXYLATES: HYDROTHERMAL SELF-ASSEMBLY, STRUCTURES, AND CATALYTIC ACTIVITY IN ALKANE OXIDATION Статья Gu J., Wen M., Cai Y., Shi Z., Arol A.S., Kirillova M.V., Kirillov A.M. Inorganic Chemistry. Том 58. 2019. С. 2403-2412
NEW MICROBE KILLERS: SELF-ASSEMBLED SILVER(I) COORDINATION POLYMERS DRIVEN BY A CAGELIKE AMINOPHOSPHINE Статья Jaros S.W., Haukka M., Florek M., Pombeiro A.J.L., Kirillov A.M., Smoleński P., Da Silva M.F.C.G. Materials. MDPI AG. Том 12. 2019.
SYNTHESIS, STRUCTURAL FEATURES, AND CATALYTIC ACTIVITY OF AN IRON(II) 3D COORDINATION POLYMER DRIVEN BY AN ETHER-BRIDGED PYRIDINE-DICARBOXYLATE Статья Zhao N., Li Y., Gu J., Kirillova M.V., Kirillov A.M. Crystals. MDPI AG. Том 9. 2019.
A 3D HETEROMETALLIC NI(II)/K(I) MOF WITH A RARE RNA TOPOLOGY: SYNTHESIS, STRUCTURAL FEATURES, AND PHOTOCATALYTIC DYE DEGRADATION MODELING Статья Abedi M., Mahmoudi G., Hayati P., MacHura B., Zubkov F.I., Mohammadi K., Bahrami S., Derikvandi H., Mehrabadi Z., Kirillov A.M. New Journal of Chemistry. Royal Society of Chemistry. Том 43. 2019. С. 17457-17465
PHOSPHONATE DECOMPOSITION-INDUCED POLYOXOMOLYBDATE DUMBBELL-TYPE CLUSTER FORMATION: STRUCTURAL ANALYSIS, PROTON CONDUCTION, AND CATALYTIC SULFOXIDE REDUCTION Статья Armakola E., Salcedo I.R., Bazaga-García M., Olivera-Pastor P., Mezei G., Cabeza A., Fernandes T.A., Kirillov A.M., Demadis K.D. Inorganic Chemistry. Том 58. 2019. С. 11522-11533
TETRACOPPER(II) CORES DRIVEN BY AN UNEXPLORED TRIFUNCTIONAL AMINOALCOHOL SULFONIC ACID FOR MILD CATALYTIC C-H FUNCTIONALIZATION OF ALKANES Статья Costa I.F.M., Kirillova M.V., André V., Fernandes T.A., Kirillov A.M. Catalysts. MDPI AG. Том 9. 2019.
NEW COPPER(II) COORDINATION COMPOUNDS ASSEMBLED FROM MULTIFUNCTIONAL PYRIDINE-CARBOXYLATE BLOCKS: SYNTHESIS, STRUCTURES, AND CATALYTIC ACTIVITY IN CYCLOALKANE OXIDATION Статья Zhao N., Li Y., Gu J., Fernandes T.A., Kirillova M.V., Kirillov A.M. Molecules. MDPI AG. Том 24. 2019.
HYDROTHERMAL GENERATION, STRUCTURAL VERSATILITY AND PROPERTIES OF METAL(II)-ORGANIC ARCHITECTURES DRIVEN BY A PYRIDINE-TRICARBOXYLIC ACID Статья Zhao N., Li Y., Gu J.-Z., Kirillova M.V., Kirillov A.M. Dalton Transactions. Royal Society of Chemistry. Том 48. 2019. С. 8361-8374
AN ASYMMETRIC SUPERCAPACITOR BASED ON A NON-CALCINED 3D PILLARED COBALT(II) METAL-ORGANIC FRAMEWORK WITH LONG CYCLIC STABILITY Статья Sanati S., Abazari R., Morsali A., Kirillov A.M., Junk P.C., Wang J. Inorganic Chemistry. Том 58. 2019. С. 16100-16111
COVALENT CONSTRUCTION OF SUSTAINABLE HYBRID UIO-66-NH<SUB>2</SUB>@TB-CP MATERIAL FOR SELECTIVE REMOVAL OF DYES AND DETECTION OF METAL IONS Статья Zhang Q., Jiang X., Zhang Y., Hu M., Liu W., Yang L., Fang R., Kirillov A.M. ACS Sustainable Chemistry and Engineering. American Chemical Society. Том 7. 2019. С. 3203-3212
COBALT(II) COORDINATION POLYMERS ASSEMBLED FROM UNEXPLORED PYRIDINE-CARBOXYLIC ACIDS: STRUCTURAL DIVERSITY AND CATALYTIC OXIDATION OF ALCOHOLS Статья Gu J., Wen M., Cai Y., Shi Z., Nesterov D.S., Kirillova M.V., Kirillov A.M. Inorganic Chemistry. Том 58. 2019. С. 5875-5885
MILD C-H FUNCTIONALIZATION OF ALKANES CATALYZED BY BIOINSPIRED COPPER(II) CORES Статья Kirillova M.V., Fernandes T.A., André V., Kirillov A.M. Organic and Biomolecular Chemistry. Royal Society of Chemistry. Том 17. 2019. С. 7706-7714
THEORETICAL STUDY ON THE MECHANISM AND CHEMOSELECTIVITY IN GOLD(I)-CATALYZED CYCLOISOMERIZATION OF Β,Β-DISUBSTITUTED: ORTHO-(ALKYNYL)STYRENES Статья Zhou L., Yang L., Zhang Y., Kirillov A.M., Fang R., Han B. Organic Chemistry Frontiers. Royal Society of Chemistry. Том 6. 2019. С. 2701-2712
SONOCHEMICAL SYNTHESIS OF CADMIUM(II) COORDINATION POLYMER NANOSPHERES AS PRECURSOR FOR CADMIUM OXIDE NANOPARTICLES Статья Afkhami F.A., Khandar A.A., Mahmoudi G., Abdollahi R., Gurbanov A.V., Kirillov A.M. Crystals. MDPI AG. Том 9. 2019.
EXTENDED LEAD(II) ARCHITECTURES ENGINEERED: VIA TETREL BONDING INTERACTIONS Статья Mahmoudi G., Zangrando E., Mitoraj M.P., Gurbanov A.V., Zubkov F.I., Moosavifar M., Konyaeva I.A., Kirillov A.M., Safin D.A. New Journal of Chemistry. Royal Society of Chemistry. Том 42. 2018. С. 4959-4971