The elution chromatography of flexible polymer molecules flowing through a microporous
particle media is described by a combination of the Casassa model of flow segregation and …

Crossover phenomena are both ubiquitous and important. In this report, we review the
foundations of renormalization group theory as applied to crossover behavior and consider …

Field-theoretic renormalization-group methods are developed to describe in a unified
fashion the critical exponents of an m-fold Lifshitz point at the two-loop order in the …

In this article we consider an interacting quantum field theory model in the presence of
boundaries. We shall assume that the system is finite along one dimension z 0, L, and …

Generic higher character Lifshitz critical behaviors are described using field theory and ϵ L
expansion renormalization-group methods. These critical behaviors describe systems with …

The surface scaling behavior of classical isotropic Heisenberg magnets is investigated by
Monte Carlo methods in d= 3 dimensions for various values of the surface-to-bulk coupling …

Using field theoretic methods a formalism is presented within which the critical behaviour of
a system undergoing a dimensional reduction may be investigated. As a paradigm we study …

We study the (λ∕ 4!) φ 4 massless scalar field theory in a four-dimensional Euclidean
space, where all but one of the coordinates are unbounded. We are considering Dirichlet …

We consider a neutral self-interacting massive scalar field defined in ad-dimensional
Euclidean space. Assuming thermal equilibrium, we discuss the one-loop perturbative …

We investigate the critical behavior of the γΦ4 theory defined on S 1× R d having two finite
length scales/gb, the circumference of S1, and k-1, the blocking scale introduced by the …