Estimation of Mechanical Stability and Resistance of Microporous Materials Prepared by Pyrolysis

Modeling of Mechanical Properties of Polymeric Systems with Branching/Crosslinking, Particularly Their Mechanical Resistence and Stability

“…Therefore, it is enough to build a model containing a single kind of deformation, as was done for pyrolytically-prepared microporous materials. [19] For this reason, we use a model similar to that considered in ref. [19] …”

“…2. Characterization of the interior structure of separate macromolecules: V k (N) are found from Equation (19). R k (N) are found from Equation (20).…”

Theoretical Modeling of Mechanical Resistance and Stability and Related Characteristics of Polymeric Systems with Branching/Cross-Linking

“…[1], p G is the probability of "nding a monomer unit in the root having i issuing bonds. This probability is equal to the fraction of units with i reacted functional groups; z is a variable of the generating function through which the operations with PGF are performed (6).…”

“…Therefore, it is enough to build a model containing a single kind of deformation, as was done for pyrolytically prepared microporous materials in (1). For this reason, we use below an approach similar to that employed in (1).…”

“…A brief analysis of these methods was given in (1), where a similar problem was solved for pyrolytically prepared microporous materials.…”