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AN APPLICATION OF NONEXTENSIVE PARAMETER: THE NONEXTENSIVE GAS AND REAL GAS
International Journal of Modern Physics B, 2007By application of the nonextensive statistics to the ideal gas model, we establish a nonextensive gas model. If we regard the nonextensive gas as a real gas, we can use the nonextensive parameter q ∈ ℝ in Tsallis statistics to describe Joule coefficient, Joule–Thomson coefficient, second virial coefficient and etc. We also derive an expression, with a
Zheng, Yahui, Du, Jiulin
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A CFD Model for Real Gas Flows
Volume 1: Aircraft Engine; Marine; Turbomachinery; Microturbines and Small Turbomachinery, 2000Numerical solutions of Navier-Stokes equations are nowadays widely used for several industrial applications in different fields (aerodynamic, propulsion, naval, combustion, etc..), but the solution methods still require significant improvements especially in two aspects: turbulence modeling and fluid modeling.
Cravero C., Satta A.
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Design of a Real Coded GA Processor
Proceedings of the 7th International Joint Conference on Computational Intelligence, 2015Real Coded Genetic Algorithm (RCGA) has been attracting attention as one of the GA for handling real-valued vectors. Various GA hardware have been proposed, for evolvable hardware, and for an increase in computational throughput. Yet, there are few reports of RCGA hardware. Herein, we propose a design for a real coded GA processor.
Akihiko Tsukahara, Akinori Kanasugi
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Real Gas Effect on Gas Slippage Phenomenon in Shale
Volume 10: Petroleum Technology, 2021Abstract The past decade has seen the rapid development of shale gas across the world, as the record-breaking success and on-going surge of commercial shale gas production in such unconventional reservoirs pose a tremendous potential to meet the global energy supply.
Yufei Chen +3 more
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2015
Das Modell des idealen Gases ist, wie der Name bereits sagt, ein idealisiertes Modell. Wann gilt dieses Modell? Wie gelangt man von der erfolgreichen Theorie idealer Gase zu einer Beschreibung realer Gase? In diesem Kapitel wird aufgezeigt, wie sich eine Theorie erweitern und verfeinern lasst. Ein Schwerpunkt der Thematik ist die van der Waals-Theorie,
Günter Jakob Lauth, Jürgen Kowalczyk
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Das Modell des idealen Gases ist, wie der Name bereits sagt, ein idealisiertes Modell. Wann gilt dieses Modell? Wie gelangt man von der erfolgreichen Theorie idealer Gase zu einer Beschreibung realer Gase? In diesem Kapitel wird aufgezeigt, wie sich eine Theorie erweitern und verfeinern lasst. Ein Schwerpunkt der Thematik ist die van der Waals-Theorie,
Günter Jakob Lauth, Jürgen Kowalczyk
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Equation of state of a real gas
Technical Physics, 2004It is shown using 28 gases as an example that the Van der Waals equation in the form $$\left[ {P + \frac{a}{{(V + c)^k T^m }}} \right](V - b) = RT$$ correctly expresses quantitative relations between parameters P, V, and T for real gases. Here, a, b, and c are constants; k is a number close to 2; and m varies in the range 0.2–2.17 for different ...
R. L. Fogelson, E. R. Likhachev
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Real Gas Effect and Gas Liquefaction
1985A laboratory scale Linde plant has been used routinely to demonstrate to engineering students the essential features of the process for the liquefaction of a gas whose inversion temperature is much higher than ambient temperature i.e. nitrogen. In particular the effect of supply pressure and the effectiveness of the heat exchanger on the yield can be ...
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