Monte Carlo Applications in Polymer Science

according acrylate added ALEAT algorithm angles applications average bead binary bonds calculated CALL chain chapter Chem chemical composition computed concentration condition configuration considered consisting constant CONTINUE coordinate copolymer copolymerization corresponding defined depends described developed direction effect elements energy equation experimental F.T. Wall feed Figure fraction function given GOTO important initiation interactions irreversible lattice length Macromolecules Markov means method Methyl mole molecules monomer Monte Carlo Monte Carlo method Monte Carlo model Motoc obtained pair parameters penultimate effect Phys Polym polymerization degree position possible potential probability properties quantities RAND random numbers reaction reactivity ratios relation relative respectively sample selected sequence distribution shell shown simulation square statistical steps structural styrene Table temperature terpolymers transition ultimate effect unit values vector York