Author Details

Charkin, O. P.

Issue Section Title File
Vol 61, No 5 (2016) Theoretical Inorganic Chemistry Theoretical study of isomerism of carbonand silicon-substituted aluminum clusters M6Al38 and M12Al32
Vol 61, No 8 (2016) Theoretical Inorganic Chemistry Theoretical study of isomerism in nitrogen- and phosphorus-substituted aluminum clusters M6Al38 and M12Al32 (M = N, P)
Vol 61, No 12 (2016) Theoretical Inorganic Chemistry Theoretical modeling of dissociative addition of an H2 molecule to doped aluminum clusters FeAl12 and CoAl12
Vol 62, No 5 (2017) Theoretical Inorganic Chemistry Theoretical study of the structure and stability of oxovanadate complexes with MO4n− tetraoxo anions in the inner and outer spheres of the V20O50 cluster
Vol 62, No 10 (2017) Theoretical Inorganic Chemistry Theoretical study of oxoborate complexes with MO4n tetraoxo anions in the inner and outer spheres of the B20O30 cluster
Vol 62, No 12 (2017) Theoretical Inorganic Chemistry Theoretical study of V20O50 oxovanadate cluster compounds with alkali metal atoms
Vol 63, No 4 (2018) Theoretical Inorganic Chemistry Theoretical Study of the Structure and Stability of Stepwise Hydrogenated Aluminum Clusters Al44Hn (n = 1−24)
Vol 63, No 12 (2018) Theoretical Inorganic Chemistry Theoretical Study of Isomers of Doped Clusters M2Al42 with Light Element Dopants M inside and on the Surface of the Aluminum Cage
Vol 64, No 3 (2019) Theoretical Inorganic Chemistry Theoretical Study of Isomers of Doped Clusters L2Al42 with Transition Metal Dopants L Inside and on the Surface of the Aluminum Cage
Vol 64, No 4 (2019) Theoretical Inorganic Chemistry Theoretical Modeling of the Structure of Complexes of the Dodecaalane Anion Al12H122− with Borane, Alane, Diborane, and Dialane Molecules
Vol 64, No 5 (2019) Theoretical Inorganic Chemistry Theoretical Modeling of the Structure and Stability of Complexes of the Icosahedral Al13 Ion with Borane and Alane Molecules
Vol 64, No 6 (2019) Theoretical Inorganic Chemistry Theoretical Study of the Structure and Stability of Layerwise Hydrogenated Aluminum Clusters Al44Hn and Al89Hm