By means of the curvature/interaction hypothesis of the geometric approach to thermodynamic geometry it is found that as a consequence of considering a generalized statistics, an effective interaction arises but the interaction is not enough to generate a phase transition. The curvature scalar associated to the thermodynamic space generated by this modified entropy is calculated using two formalisms of the geometric approach to thermodynamics. Torres-Arenas, J.Ī generalized entropy arising in the context of superstatistics is applied to an ideal gas. Thermodynamic geometry for a non-extensive ideal gas Provides examples of the analogies between ideal gas and REM and mathematical analogies.
Uses rubber-elastic materials (REM) which have strong analogies to the concept of ideal gas. Part II: The Laws of Thermodynamics.ĮRIC Educational Resources Information Centerĭescribes the laws of thermodynamics as a supplement to an introductory thermodynamics undergraduate course. Using Rubber-Elastic Material- Ideal Gas Analogies To Teach Introductory Thermodynamics. Partial functions and derivatives from formulas based on statistical mechanics are provided by the program which is written in FORTRAN 4 and MAP. The ideal gas thermodynamic properties of benzene, biphenyl, their deuterated analogs and phenyl were also calculated.Ĭomputer program for calculation of ideal gas thermodynamic dataĬomputer program calculates ideal gas thermodynamic properties for any species for which molecular constant data is available. Ideal gas thermodynamic properties of the phenyl and o-biphenyl radicals, their deuterated analogs and the phenoxy radical were calculated to 5000 K using estimated vibrational frequencies and structures. Ideal gas thermodynamic properties for the phenyl, phenoxy, and o-biphenyl radicalsīurcat, A.
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