Abstract
The particle scattering function and also the radius of gyration are derived for an interrupted helical chain, in which helices and short-rod sequences are alternatively joined, and also for a broken helical chain, in which helices are joined with freely hinged joints. The effects of the variation in helical fraction, helical pitch, number of joints, and total number of monomer units upon the particle scattering functions are clearly observed in the normalized Kratky plot. Detailed discussion is given on the applicability of these models to the conformational analysis of amylose in aqueous solution
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