Schoeller W, DABISCH T, BUSCH T. BOND STRETCH ISOMERISM IN THE SILICON ANALOGS OF BICYCLO[1.1.0]BUTANE AND OF [1.1.1]PROPELLANE - CONSEQUENCE OF ORBITAL NONHYBRIDIZATION. INORGANIC CHEMISTRY. 1987;26(26):4383-4389
Hartmann D, Thorwart T, Muller R, et al. The Structure of Bis(catecholato)silanes: Phase Adaptation ...
Im Gegensatz zur Kohlenstoffchemie können in der Siliciumchemie Verbindungen mit zwei oder drei OH b...
The charge transfers in the bonds between silicon and common nonmetals (X = H, C, O, and F) are repo...
Bond-stretch isomerism is predicted not to occur in the parent compound Si4H6 and the substituted 1,...
Schoeller W, DABISCH T. BONDING IN CYCLOSILANES - EFFECT OF ORBITAL NONHYBRIDIZATION. INORGANIC CHEM...
The structural diversity of bicyclo[1.1.0]tetrasilane has been analyzed using perturbation MO theor...
Extended Huckel (EHMO) calculations on the molecule H2CSiH2 (silaethylene) and H2SiSiH2 (disilaethyl...
1,2- and 1,3-isomers of dioxetanes, dithietanes, and their silicon analogues (1, 2) have been studie...
Schoeller W, Strutwolf J, Niecke E. Orbital isomerism in the 1.3-diphosphacyclobutane-2.4-diyl, quan...
DABISCH T, Schoeller W. UNUSUAL BONDING IN BICYCLOTETRASILANE VS BICYCLOBUTANE - A THEORETICAL-STUDY...
Monosilicon analogs of phenolates and phenylthiolates are studied by quantum chemical calculations. ...
Beyond the second row of the periodic table, the nature of the multiple bonds between the elements o...
Photochemical reactions of Lu<sub>3</sub>N@<i>I</i><sub><i>h</i></sub>-C<sub>80</sub> with disiliran...
Several six-membered cyclic and [2.2.2]bicyclic organosilanes with varying proportions of silicon a...
ABSTRACT The paradoxically low basicity (despite high anionicity) of oxygen in the characteristic Si...
Hartmann D, Thorwart T, Muller R, et al. The Structure of Bis(catecholato)silanes: Phase Adaptation ...
Im Gegensatz zur Kohlenstoffchemie können in der Siliciumchemie Verbindungen mit zwei oder drei OH b...
The charge transfers in the bonds between silicon and common nonmetals (X = H, C, O, and F) are repo...
Bond-stretch isomerism is predicted not to occur in the parent compound Si4H6 and the substituted 1,...
Schoeller W, DABISCH T. BONDING IN CYCLOSILANES - EFFECT OF ORBITAL NONHYBRIDIZATION. INORGANIC CHEM...
The structural diversity of bicyclo[1.1.0]tetrasilane has been analyzed using perturbation MO theor...
Extended Huckel (EHMO) calculations on the molecule H2CSiH2 (silaethylene) and H2SiSiH2 (disilaethyl...
1,2- and 1,3-isomers of dioxetanes, dithietanes, and their silicon analogues (1, 2) have been studie...
Schoeller W, Strutwolf J, Niecke E. Orbital isomerism in the 1.3-diphosphacyclobutane-2.4-diyl, quan...
DABISCH T, Schoeller W. UNUSUAL BONDING IN BICYCLOTETRASILANE VS BICYCLOBUTANE - A THEORETICAL-STUDY...
Monosilicon analogs of phenolates and phenylthiolates are studied by quantum chemical calculations. ...
Beyond the second row of the periodic table, the nature of the multiple bonds between the elements o...
Photochemical reactions of Lu<sub>3</sub>N@<i>I</i><sub><i>h</i></sub>-C<sub>80</sub> with disiliran...
Several six-membered cyclic and [2.2.2]bicyclic organosilanes with varying proportions of silicon a...
ABSTRACT The paradoxically low basicity (despite high anionicity) of oxygen in the characteristic Si...
Hartmann D, Thorwart T, Muller R, et al. The Structure of Bis(catecholato)silanes: Phase Adaptation ...
Im Gegensatz zur Kohlenstoffchemie können in der Siliciumchemie Verbindungen mit zwei oder drei OH b...
The charge transfers in the bonds between silicon and common nonmetals (X = H, C, O, and F) are repo...