Equation-of-State (EoS) Parameter
Theoretical prediction of validity of isothermal EOS for calculation of Grüneisen Parameter for bcc elements
... Grüneisen parameter (γ) and equation of state [2], it is frequently the case that the choice of the functional form of both the Grüneisen parameter and the equation of state to ...
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A few-parameter equation of state of the condensed matter and its application to the impact problems
... crystal lattice are described by the Debye approximation. The values of the parameters on the zero isotherm are calculated analytically from the generalized form of the Gruneisen function. Thermodynamic characteristics ...
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Clustering of Color Sources and the Equation of State of the QGP
... One of the main goal of the study of relativistic heavy ion collisions is to study the deconfined matter, known as Quark-Gluon Plasma (QGP), which is expected to form at large densities. It has been suggested that the ...
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New Local Composition-Equation of State Mixing Rules for High Pressure Vapor-Liquid Equilibria Using EOS/AE
... where ―nc‖ is number of components in a mixture and kj is the nonrandomness parameter of species k surrounding a central species j. As one may consider that for a binary system, Eq. (12) reduces to the simple ...
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Time evolution of the sQGP with hydrodynamic models
... Observables calculated from the above source functions were compared to data in Refs. [3, 4]. Hadron fits determined the freeze-out parameters of the model [3]: expansion rates, freeze-out proper-time and freeze-out ...
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Grüneisen parameter and its higher derivatives for pt, fe, v and nb using equations of state
... an equation of state (EOS) can be used with the help of different approaches, one of them is based on the Mie – Grüneisen – Debye (MGD) model for evaluating the thermal effects in order to determine ...
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Schlagenhaufer, Holger Alois (2012): Two- and three-point clustering statistics. Dissertation, LMU München: Fakultät für Physik
... In the last decade, substantial eort has been invested into the accurate modeling of the power spectrum or two-point correlation function of galaxies, in order to derive tight con- straints on cosmological parameters. ...
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Parameter estimation for macroscopic pedestrian dynamics models from microscopic data
... Fokker–Planck equation, whose coefficients depend on the so-called fundamental ...first parameter – the maximum pedestrian density – cannot be estimated from the model ...
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Super Exponential Expansion for Dark Energy Model with Variable Λ in f (R, T) Gravity
... quadratic equation of state and cosmological constant in the presence of perfect fluid source in f(R, T) ...quadratic equation of state and time dependent deceleration parameter ...
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Parameter estimation for random differential equation models
... In this section, we use method 1 for estimating the parameters in a RDE logistic and RDE Bernoulli growth model using longitudinal data collected from algae growth. In a paper by Banks et. al. [3], longitudinal data was ...
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Parameter estimation for the heat equation on perforated domains
... the parameter values, spatial nodes and temporal nodes in this ...OLS parameter estimation procedure does appear to affect the uncertainty associated with the parameter estimate ˆ γ λ as we see in the ...
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Modelling Dam Break Evolution over a Wet Bed with Smoothed Particle Hydrodynamics: A Parameter Study
... of EOS, the artificial viscosity constants, a dynamic versus a static smoothing length, SPH particle resolution and the FEM mesh scaling of the boundaries were ...of EOS, FEM mesh scaling as well as using a ...
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On the Continuous Dependence of a Functional Integral Equation with Parameter
... integral equation appear in various research areas and have applications in Euclidean and non-Euclidean geometry, Mechanics, Business mathematics, Biology, and probability ...
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The Equation of State of Biogas
... It is necessary to determine the values of critical parameters of gases in the mixture for the calculation of the state behaviour of gases using the Redlich‑Kwong and Van der Waals equations. The basic physical ...
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HOMOTOPY PERTURBATION METHOD FOR SOLVING FLOW IN THE EXTRUSION PROCESSES
... The approximate solutions of function f t ( ) have been shown in the Figs. 3-5. The approximate solutions by the perturbation method is only valid for small values of K . For example the approximate solutions that are ...
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Phase Equilibria Calculation of CO 2 System at Given Volume, Temperature, and Moles in CO 2
... two-phase region. All these three-phase states occur at the same pressure, temperature and moles, therefore, they are indistinguishable in terms of the P T variables, but can be distinguished using the V T variables ...
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Numerical analysis for the Klein Gordon equation with mass parameter
... The Klein-Gordon equation with mass parameter m has solutions with complex-valued functions of the time variable t and space variables of x. Theorems of the derivation of the numerical approximation of ...
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Testing of complex, large-scale distributed storage systems: a CERN disk storage case study
... for EOS, Jenkins CI [5], and understanding the missing features and possible alterna- ...tives. EOS was making use of a Jenkins CI server and slaves, a setup which was also shared with the Xrootd [3] ...
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The Effects of Viscosity on Hydrodynamical Evolution of QGP
... (EOS) P P ( , n B ) is known, we can simulate the evolution of QGP by relativistic dissipative hydrodynamics. In this case we consider the evolution with the Bjorken-cylinder geometry and zero net baryon ...
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Prediction of Solubility of β-Carotene as a Component in a Multicomponent System in High-Pressure Carbon Dioxide
... three- parameter EoSs such as Peng-Robinson (PR) and Soave- Redlich–Kwong (SRK) require the acentric factors while Riazi-Mansoori (RM) requires molar refraction data, as well [7, ...
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