Self-Consistent Mean Field Theory for Linear and 바카라 배팅 법 Polymers

바카라 배팅 법 polymers, being free from chain ends, have fundamental importance in understanding the polymer statics and dynamics which are strongly influenced by the chain end effects. At a glance, their theoretical treatment may not seem particularly difficult, but the absence of chain ends and the topological constraints make the problem non-trivial, which results in limited success in the analytical or semi-analytical formulation of 바카라 배팅 법 polymer theory. Here, I present a self-consistent field theory (SCFT) formalism of topologically unconstrained 바카라 배팅 법 polymers for the first time. The resulting static property of homogeneous and inhomogeneous 바카라 배팅 법 polymers are compared with the random phase approximation (RPA) results. The critical point for 바카라 배팅 법 homopolymer system is exactly the same as the linear polymer case, ┶N = 2, since a critical point does not depend on local structures of polymers. The critical point for 바카라 배팅 법 diblock copolymer melts is ┶N ≒ 17.795, which is approximately 1.7 times of that of linear diblock copolymer melts, ┶N ≒ 10.495. The difference is due to the 바카라 배팅 법 structure constraint.