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Featured researches published by Pierre Noiret.


Journal of Physics A | 2003

Electrical conductivity of a strongly correlated aluminium plasma

Vanina Recoules; Jean Clerouin; P. Renaudin; Pierre Noiret; Gilles Zerah

We present theoretical estimations of the electrical conductivity of a warm expanded aluminium plasma (ρ = 0.3 g cm−3). Our calculations are carried out in the framework of density functional theory and the local density approximation. Ionic configurations were determined by ab initio molecular dynamics simulations, from which the conductivity was computed using the Kubo–Greenwood formula. Theoretical results were validated in the dense coupled regime (ρ = 2 g cm−3) against previously published experimental results. For the low-density regime, the result is compared to experiments obtained in our laboratory in an isochoric closed-vessel designed to confine electrical plasma discharges up to 1.5 GPa. In this regime we show that the usual Drude model is no longer relevant and that the electrical conductivity is driven by the optical properties.


Physical Review B | 2007

Experiments and simulations on Al-Au mixtures and mixtures laws

Jean Clerouin; Vanina Recoules; S. Mazevet; Pierre Noiret; P. Renaudin

We measured the thermodynamical and transport properties of aluminum-gold mixtures in the warm dense matter regime and for various concentrations. We compare these measurements with quantum molecular dynamics (QMD) simulations. We find that the calculated pressures and resistivities of both the mixtures and pure phases are in good agreement with the measurements. This further allows us to test the mixing rules usually employed to predict the properties of the mixed phases from the pure ones. We show, in this regime, that the partial densities mixing rule predicts the pressure of the mixture rather accurately but fails in its prediction of the optical conductivity. To improve this latter prediction, we find that we must invoke an isothermal-isobaric mixture rule to compute the pure phase contributions at the correct densities.


Physical Review B | 2005

Electrical conductivity and equation-of-state study of warm dense copper: Measurements and quantum molecular dynamics calculations

Jean Clerouin; P. Renaudin; Yann Laudernet; Pierre Noiret; Michael P. Desjarlais


Physical Review B | 2008

Direct measurements and ab initio simulations for expanded fluid aluminum in the metal-nonmetal transition range

Jean Clerouin; Pierre Noiret; Victor N. Korobenko; Rakhel, Anatoly D. Cea-Dam, Dif F Arpajon; Moscow


Physical Review E | 2002

Electrical conductivity of hot expanded aluminum: experimental measurements and ab initio calculations.

Vanina Recoules; Patrick Renaudin; Jean Clerouin; Pierre Noiret; Gilles Zerah


Physical Review E | 2010

Pressure and electrical resistivity measurements on hot expanded nickel: Comparisons with quantum molecular dynamics simulations and average atom approaches

Jean Clerouin; Charles Starrett; Gérald Faussurier; Christophe Blancard; Pierre Noiret; P. Renaudin


Physical Review E | 2006

Electronic structure and equation of state data of warm dense gold

P. Renaudin; Vanina Recoules; Pierre Noiret; Jean Clerouin


Physical Review E | 2008

Experiments and simulations on hot expanded boron.

Jean Clerouin; P. Renaudin; Pierre Noiret


Bulletin of the American Physical Society | 2010

Pressure and electrical resistivity measurements on hot expanded nickel: comparisons with quantum molecular dynamics simulations and average atom approaches

Jean Clerouin; Charles Starrett; Gérald Faussurier; Christophe Blancard; Pierre Noiret; P. Renaudin


Bulletin of the American Physical Society | 2006

Equation of state and Electrical resistivity of hot expanded Al-Au mixture

Jean Clerouin; Vanina Recoules; S. Mazevet; P. Renaudin; Pierre Noiret

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