By Phil Attard

`Non-equilibrium Thermodynamics and Statistical Mechanics: Foundations and Applications' builds from easy ideas to complex concepts, and covers the foremost phenomena, tools, and result of time-dependent structures. it's a pedagogic creation, a finished reference handbook, and an unique study monograph. Uniquely, the publication treats time-dependent structures through shut analogy with their static opposite numbers, with many of the established result of equilibrium thermodynamics and statistical mechanics being generalized and utilized to the non-equilibrium case. The e-book is amazing for its unified therapy of thermodynamics, hydrodynamics, stochastic methods, and statistical mechanics, for its self-contained, coherent derivation of a number of non-equilibrium theorems, and for its quantitative assessments opposed to experimental measurements and computing device simulations.

Systems that evolve in time are extra universal than static platforms, and but till lately they lacked any over-arching thought. 'Non-equilibrium Thermodynamics and Statistical Mechanics' is exclusive in its unified presentation of the speculation of non-equilibrium platforms, which has now reached the degree of quantitative experimental and computational verification. the unconventional point of view and deep realizing that this booklet brings deals the chance for brand new course and development within the examine of time-dependent phenomena.

'Non-equilibrium Thermodynamics and Statistical Mechanics' is a useful reference handbook for specialists already operating within the box. study scientists from various disciplines will locate the evaluation of time-dependent platforms stimulating and thought-provoking. teachers in physics and chemistry could be all in favour of many clean rules and themes, insightful motives, and new techniques. Graduate scholars will take advantage of its lucid reasoning and its coherent technique, in addition to from of mathematical innovations, derivations, and desktop algorithms.

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Extra resources for Non-equilibrium Thermodynamics and Statistical Mechanics: Foundations and Applications

Sample text

There is obviously a close relationship between simultaneous macrostates and the present problem of transitions between macrostates, since the transition τ i → j can be regarded as the joint macrostate, i at t and j at t+ τ . 28) 22 1. Prologue where on the right-hand side is the weight of the microstate, which was denoted above as ωi . This may be interpreted as a conservation law for weight: the original weight of microstate i is distributed unchanged by the transitions amongst all the target microstates j.

A third possibility, and the approach taken in this book, is based upon the so-called reservoir formalism, where the system of interest is actually a subsystem of a larger system with which it interacts. 11 This indeterminacy in the sub-system evolution when the reservoir configuration is not treated explicitly is manifest in stochastic terms that are added to the classical picture of Hamilton’s deterministic equations of motion, and this gives rise to a probabilistic treatment of the sub-system state.

As mentioned above, the formalism has been developed so that there is no real distinction between microstates and macrostates. This means that the entropy of a microstate is also the logarithm of its weight, Si ≡ kB ln ωi . 20) In the event that one is dealing with equally weighted microstates, then without loss of generality one may give them unit weight, ωi = 1. In this case, 18 1. Prologue the weight of a macrostate is just the number of microstates that it contains, ωα = nα ≡ i∈α , and the entropy of a macrostate is just the logarithm of the number of microstates that it contains, Sα = kB ln nα .

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