We present results of the first measurements of density, shock speed, and particle speed in
liquid deuterium compressed by laser-generated shock waves to pressures from 25 to 210 …

The pressure and entropy for soft‐sphere particles interacting with an inverse twelfth‐power
potential are determined using the Monte Carlo method. The solid‐phase entropy is …

We report high-pressure measurements for the melting curve of Ti, V, Cr, Mo, Ta, W, Fe, Co,
and Ni. Measurements were made in a laser-heated diamond-anvil-cell to nearly 100 GPa …

A variational theory is developed that is accurate at normal liquid densities and densities up
to 4 times that of the argon triple point. This theory uses the inverse 12th-power potential as …

Temperatures of shock compressed liquid deuterium and hydrogen up to 5200 K were
measured at pressures up to 83 GPa (830 kbar). The measurements are in excellent agreement …

Many of the current models of Uranus and Neptune postulate a three-layer structure,
consisting of an inner rocky core, a middle ‘ice’ layer of fluid, H 2 O, CH 4 , NH 3 and an outer …

Esocids were seasonally distributed in areas of the reservoir where temperatures were most
favorable for their survival and growth. The upper lethal temperature for northern pike is …

An" exponential-six" interatomic pair potential, together with accurate statistical models for
solid and liquid phases, is shown to yield good agreement with experimental pressure-volume …

We report the first diamond cell data for the melting curves of LiF and NaCl up to 1 Mbar (100
GPa). The melting curve of NaCl is in agreement with shock data and shows a break in …

The melting curve of aluminum was measured in a laser-heated diamond cell up to a
pressure of 0.8 Mbar in order to test the agreement between this technique and shock wave …