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Quantities of work in thermodynamic equations
Journal of Chemical Education, 1969Examines distinctions to be made between work done by forces exerted by external bodies and acting on a system with work done by forces exerted by the system on external bodies.
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Lorentz transformations of the thermodynamic quantities
Annals of Physics, 2019zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Lorentz transformation of thermodynamic quantities
Proceedings of the Physical Society, 1966It is shown that, to be consistent with the formalism of statistical mechanics, the absolute temperature T of, and the reversible heat δQ for, a thermodynamical system moving with a uniform velocity v with respect to a given frame of reference K should be related to the values T0 and δQ0 appropriate to the rest frame K0 by the old Planck-Einstein ...
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A COMPREHENSIVE PRESENTATION OF THE THERMODYNAMICS OF ADSORPTION EXCESS QUANTITIES
Pure and Applied Chemistry, 1976Abstract A common general framework of thermodynamic relations between interfacial excess quantities in multicomponent systems is derived, based essentially on the fundamental Gibbsian treatment of adsorption phenomena. Both adjoining bulk phases are regarded as equivalent constituents of the system concerned—not only in the case of fluid interfaces,
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Lorentz transformations of thermodynamic quantities
Il Nuovo Cimento, 1965The transformation formulae for basic thermodynamic quantities are derived within phenomenological thermodynamics by use of three assumptions or from relativistic mechanics and statistical thermodynamics. It is found that the transformation for thermodynamic pressure is different than that for mechanical pressure, the two pressures being the same only ...
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Balances of thermodynamic quantities in electrochemical systems
Electrochimica Acta, 1990Abstract The balance for an arbitrary extensive quantity is dealt with in an open electrochemical system. ‘In particular, the balances of mass, energy, and entropy will be discussed. The similarities and differences in the flow and source terms of the balance equations are illustrated, thus revealing some essential general features of non-equilibrium
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Thermodynamic Quantities for Finite Overlap
1999This chapter deals with the thermodynamic properties of the solution. As quantity of central importance we identify the thermodynamic scaling function P, defined in terms of the osmotic pressures as $$\frac{{\hat{\prod }}}{{{{k}_{B}}T}} = {{C}_{p}}\left[ {1 + \tilde{\mathcal{P}} (\tilde{s} ,\tilde{z} ,{\mkern 1mu} [p])} \right]$$ (17.1)
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Thermodynamic quantities, thermodynamic data, and their uses
1973M. L. McGlashan, E. F. G. Herington
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