Chemical Bonding in Hypervalent Molecules Revised. Application of theAtoms in MoleculesTheoryto Y3X and Y3XZ (Y = H or CH3; X = N, P or As; Z = O or S) Compounds
Chemical Bonding in Hypervalent Molecules Revised. 3. Application of the Atoms in Molecules Theory to Y3X−CH2(X = N, P, or As; Y = H or F) and H2X−CH2(X = O, S, or Se) Ylides
Hypervalent molecules, sulfuranes, and persulfuranes: review and studies related to the recent synthesis of the first persulfurane with all substituents carbon-linked
Prediction of hypervalent molecules: investigation on MnC (M = Li, Na, K, Rb and Cs; n = 1–8) clusters
ChemInform Abstract: Pentacoordinated Molecules. Part 99. Hypervalent Phosphorus Compounds with Sulfur‐Containing Eight‐Membered Rings. Nature of the Leaving Group on Hydrolysis to Acyclic vs Cyclic Phosphates.
Application of three-center-four-electron bonding for structural and stability predictions of main group hypervalent molecules: the fulfillment of octet shell rule
Efficient Synthesis of a Regioregular Oligothiophene Photovoltaic Dye Molecule, MK‐2, and Related Compounds: A Cooperative Hypervalent Iodine and Metal‐Catalyzed Synthetic Route
Hypervalent Molecules
Non-Binding Orbitals, s-Bonding and d-Orbital Participation in Hypervalent Molecules.