# Entropy versus entransy

## Related Articles

- Evolution of the q-entropy and energy dissipation during irreversible processes in nonextensive systems. Zaripov, R. // Russian Physics Journal;Feb2006, Vol. 49 Issue 2, p157
Evolution of the Havrda-Charvat-Daroczy entropy and energy dissipation during irreversible processes in open nonextensive systems is considered. The kinetic equation and statistical criterion of nonextensive system evolution are presented. Nonequilibrium statistical and variational methods of...

- Reversible mass exchange between two multicomponent systems of different temperatures. Hartung, M.; Köhler, W. // European Physical Journal E -- Soft Matter;May2009, Vol. 29 Issue 1, p117
The concept of reversible work in nonequilibrium systems, which has been used for the derivation of thermal diffusion coefficients, is critically examined. For this purpose heat and mass exchange between two multicomponent systems of different temperatures and pressures is treated in detail. It...

- Entropy Growth Is the Manifestation of Spontaneity. Lin-Shu Wang // Journal of Thermodynamics;2014, p1
Every student of thermodynamics grasps entropy growth in terms of dissipation of energy. The real nature of energy and entropy is subtle. This critical review of the evolution of thermodynamic thought uncovers the remarkable advance on our understanding of energy made by Kelvin with his...

- Research of Relations between Thermodynamic Quantities of Building Materials in Connection with Heat Dissipation. KUŠNEROVÁ, Milena; VALÍČEK, Jan; VÁCLAVÍK, Vojtěch; HARNIČÁROVÁ, Marta; GOLA, Lukáš // Solid State Phenomena;2016, Vol. 244, p48
This paper proposes the evaluation of material coefficient of heat dissipation rate for building materials, in particular using partial entropies, a temporal change in entropy upon heating a sample of a studied material and a temporal change in entropy upon overheating a sample of a studied...

- Entropy Production, Friction Factors, and Holdup in Particulate Two-Phase Flow in Pipes. Michaelides, Efstathios E.; Michaelides, Emmanuel A. // Journal of Non-Equilibrium Thermodynamics;2007, Vol. 32 Issue 2, p143
A novel method for the calculation of friction factors through the computation of the irreversibility and rate of entropy production in two-phase flows has been developed. The model uses the momentum equation of the twophase fluid as well as appropriate closure equations to compute energy...

- The Entropic Waste Problem in Energy Engineering, Economy, and Ecology. Stahl, A.; Keller, J. U. // Journal of Non-Equilibrium Thermodynamics;1999, Vol. 24 Issue 3, p260
In ecology, economy and also in technology we are dealing with open dissipative systems. The long term stability of such systems in either cyclic processes or in stationary states is due to their ability to export their surplus of entropy. For this process valuable low entropy resources are...

- Interrelation between the integral Lagrangian and thermodynamic entropy. Usychenko, V. G. // Technical Physics;Nov2010, Vol. 55 Issue 11, p1703
The states of a crystalline body near absolute zero are studied in terms of mechanics and thermodynamics. A formal correlation between the integral Lagrangian of the 'mechanical' origin and thermodynamic entropy is established.

- On the nonextensive character of some magnetic systems. Soares-Pinto, D. O.; Reis, M. S.; Sarthour, R. S.; Oliveira, I. S. // AIP Conference Proceedings;12/6/2007, Vol. 965 Issue 1, p232
During the past few years, nonextensive statistics has been successfully applied to explain many different kinds of systems. Through these studies some interpretations of the entropic parameter q, which has major role in this statistics, in terms of physical quantities have been obtained. The...

- Effect of dissipative processes on the near-surface inhomogeneity of a hollow cylinder. Burak, Ya.; Nahirnyi, T.; Boiko, Z. // Journal of Mathematical Sciences;Jul2012, Vol. 184 Issue 1, p88
We formulate the basic relations of a mathematical model of mechanics of elastic deformable systems that describes the formation of a near-surface inhomogeneity caused by both the process of local mass displacement and dissipative processes. On this basis, we solve the problem of the stationary...