The center-of-mass structure factor of liquid para hydrogen has been measured, using neutron diffraction, in four thermodynamic states close to the triple point. Path integral Monte Carlo simulations have been carried out at the same temperatures and densities. The present experimental data are in reasonable quantitative agreement with the simulations and closer to these results than previous neutron determinations available in the literature. The thermodynamic derivatives of the structure factor, from both experiment and simulation, have been compared to previous measurements obtaining a quantitative consistency

Microscopic structure factor of liquid hydrogen by neutron-diffraction measurements / M. Celli; U. Bafile; G. J. Cuello; F. Formisano; E. Guarini; R. Magli; M. Neumann; M. Zoppi. - In: PHYSICAL REVIEW. B, CONDENSED MATTER AND MATERIALS PHYSICS. - ISSN 1098-0121. - STAMPA. - 71:(2005), pp. 014205-1-014205-8. [10.1103/PhysRevB.71.014205]

Microscopic structure factor of liquid hydrogen by neutron-diffraction measurements

GUARINI GRISALDI TAJA O DEL TAJA, ELEONORA;
2005

Abstract

The center-of-mass structure factor of liquid para hydrogen has been measured, using neutron diffraction, in four thermodynamic states close to the triple point. Path integral Monte Carlo simulations have been carried out at the same temperatures and densities. The present experimental data are in reasonable quantitative agreement with the simulations and closer to these results than previous neutron determinations available in the literature. The thermodynamic derivatives of the structure factor, from both experiment and simulation, have been compared to previous measurements obtaining a quantitative consistency
2005
71
014205-1
014205-8
M. Celli; U. Bafile; G. J. Cuello; F. Formisano; E. Guarini; R. Magli; M. Neumann; M. Zoppi
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/333536
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