Abstract
Abstract Local binding or compression of chemical bonds in trans-polyacetylene chain are considered with respect to their influence on movement of a soliton along the chain. Compression of double and single bond by an equal length (bending by an angle) results in different ground state energies of the system. Therefore while passing along the chain with a strained double or single bond the soliton can be reflected, decelerated or accelerated. Being placed between strained double bonds, the soliton appears to be in potential well.
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