6533b838fe1ef96bd12a3b57

RESEARCH PRODUCT

Formation of Ordered Structures in Quenching Experiments: Scaling Theory and Simulations

Dieter W. HeermannKurt Binder

subject

QuenchingBinodalPhase (matter)ThermodynamicsIsing modelState (functional analysis)Statistical physicsScaling theoryMathematics

description

In this note we want to address the particular problem of the formation of ordered structures resulting from “quenching experiments”. The generic experimental situation is depicted in Figure 1. Initially the system is in an unordered random state in the one-phase region. Then the temperature is lowered (for some systems like polymers the coexistence curve is inverted so that the temperature must be raised) until the system is in the two phase region. The system is now in a non-equilibrium situation and evolves toward equilibrium. It is during the evolution toward equilibrium that the system develops ordered structures /1,2/.

https://doi.org/10.1007/978-3-642-73001-6_3