Facilitating Kinetic Stability Estimates for Classical 2m Alternant Hydrocarbons

Abstract

New techniques, coefficient embedding, and partial coefficient embedding are developed. Dense Sachs’ subgraphs are introduced to facilitate partial coefficient embedding. The symbol p is introduced to denote the formal relationship between a pair of fused elementary circuits and the larger circuit obtained by deleting the common bond between them. These techniques simplify and accelerate the evaluation of proposed structural modifications as they relate to altering kinetic stability for any even, classical, alternant hydrocarbon π system.