Matthias Schöbinger, Farid F. Abraham
Physical Review B
From an isothermal molecular-dynamics experiment of an unstable two-dimensional fluid undergoing phase separation, two principal growth regimes are observed: (1) spinodal decomposition with a wavelike morphology followed by (2) a transition to cluster formation and growth due to atomic condensation and cluster coagulation. The time-dependent power-law behavior for the second growth regime is 0.5, in contrast to a constant-energy simulation which yields a power-law behavior of 0.33. Details of the phase-separation dynamics are discussed and compared with theory. © 1982 The American Physical Society.
Matthias Schöbinger, Farid F. Abraham
Physical Review B
Farid F. Abraham
The Journal of Chemical Physics
S.W. Koch, Rashmi C. Desai, et al.
Physical Review A
Y. Singh, Farid F. Abraham
The Journal of Chemical Physics