The kinetic energy of solid neon is calculated by a path-integral Monte Carlo approach with a refined Trotter and finite-size extrapolation. These accurate data present significant quantum effects up to temperature T=20 K. They confirm previous simulations and are consistent with recent experiments.
Kinetic energy of solid neon by Monte Carlo with improved Trotter and finite-size extrapolation / A Cuccoli; A Macchi; G Pedrolli; V Tognetti; R Vaia. - In: PHYSICAL REVIEW. B, CONDENSED MATTER. - ISSN 0163-1829. - STAMPA. - 56:(1997), pp. 51-54. [10.1103/PhysRevB.56.51]
Kinetic energy of solid neon by Monte Carlo with improved Trotter and finite-size extrapolation
CUCCOLI, ALESSANDRO;TOGNETTI, VALERIO;
1997
Abstract
The kinetic energy of solid neon is calculated by a path-integral Monte Carlo approach with a refined Trotter and finite-size extrapolation. These accurate data present significant quantum effects up to temperature T=20 K. They confirm previous simulations and are consistent with recent experiments.
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