Nonequilibrium

They were more interested in what are called nonequilibrium systems. ❋ John Mauldin (2010)

People who build success and well-being within such organizations are highly proactive within the "nonequilibrium" world they're immersed in. ❋ Douglas LaBier (2011)

A merger of two white dwarfs, say both M = 1M_sol, but where the fusion is initiated with the 1.4M_sol coalescence point seems to involve to complicated nonequilibrium conditions. ❋ Unknown (2010)

I also wrote that in part for Anaconda, for these problems in astrophysics involve a range of physics: shock waves, hydrodynamics, acoustical physics, radiative transport, thermodynamics and I give half a bet for nonequilibrium thermo, gravitation and of course his favority E&M. ❋ Unknown (2009)

That being the case, such "nodes" of elite fundamentalists should guarantee a permanent nonequilibrium of human society. ❋ Unknown (2009)

Studying ocean acidification with conservative, stable numerical schemes for nonequilibrium air-ocean exchange and ocean equilibrium chemistry. ❋ Unknown (2009)

In addition focusing exclusively on distribution functions opens the possibility that macroscopic nonequilibrium models are irreducibly indeterministic, an indeterminism that has nothing to do with ignorance about the system. ❋ Bishop, Robert (2008)

Though the Brussels-Austin approach to nonequilibrium statistical mechanics is still speculative and contains some open technical questions (Bishop 2004), it offers an alternative for exploring the relationship between physics, consciousness and free will as well as pointing to a new possible source for indeterminism to be explored in free will theories. ❋ Bishop, Robert (2008)

Use of the flame metaphor for cellular metabolic activity implied a nonequilibrium process in an open system capable of reproduction but also, by the limit of the metaphor, self regulation. ❋ Weber, Bruce (2008)

Prominent among early students of such nonequilibrium thermodynamics was Ilya Prigogine (1947). ❋ Weber, Bruce (2008)

The following properties characterize nonequilibrium statistical systems: large number of particles, high degree of structure and order, collective behavior, irreversibility, and emergent properties. ❋ Bishop, Robert (2008)

In essence the sensitivity to small changes exhibited by the systems and models studied in chaotic dynamics, complexity theory and nonequilibrium statistical mechanics is taken to represent an ontological opening in the physical order for divine activity. ❋ Bishop, Robert (2008)

In contrast, if the system is far-from-equilibrium (nonequilibrium) the particles are arranged so that highly ordered structures might appear (e.g., a cube of ice floating in tea). ❋ Bishop, Robert (2008)

The brain possesses all these properties, so that the brain can be considered a nonequilibrium system (an equilibrium brain is a dead brain!). ❋ Bishop, Robert (2008)

A nonequilibrium thermodynamic framework for discussing ecosystem integrity. ❋ Unknown (2007)

It is the purpose of this paper to reexamine Carnot�s view, as far as possible, by reviewing works so far published in the fields of fluid dynamics, Earth sciences, and nonequilibrium thermodynamics. ❋ Unknown (2007)

The model solves nonequilibrium growth of acids simultaneously and equilibrates the acid content with ammonia/ammonium and pH an equilibrium calculation in a manner that is stable and nonoscillatory at long time step. ❋ Unknown (2006)