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Hydrogen and hydrogen helium mixtures under high pressure : a density functional and molecular dynamics study

Pfaffenzeller, OliverForschungszentrum Jülich, Zentralbibliothek1996

aachen Repository record for Hydrogen and hydrogen helium mixtures under high pressure : a density functional and molecular dynamics study (opens in a new tab)

Hydrogen and hydrogen helium mixtures under high pressure : a density functional and molecular dynamics study

Pfaffenzeller, Oliver1996

aachen Repository record for Hydrogen and hydrogen helium mixtures under high pressure : a density functional and molecular dynamics study (opens in a new tab)

A New Method for Cryogenic Fluid Thermal Conductivity Measurements and Thermophysical and Transport Properties of Hydrogen-Helium Mixtures

Hamilton, BenMassachusetts Institute of Technology2024

… temperatures allow for the consideration of hydrogen as a magnet coolant, either pure or as a mixture with helium. However there does not exist experimental data on the thermophysical and transport properties of supercritical hydrogen-helium mixtures in the 15-70 K temperature regime and …

mit Repository record for A New Method for Cryogenic Fluid Thermal Conductivity Measurements and Thermophysical and Transport Properties of Hydrogen-Helium Mixtures (opens in a new tab)

First Principles Simulations of Hydrogen and Helium at High Pressures

Morales, Miguel AngelUniversity of Illinois at Urbana-Champaign2015

We also study the equation of state of hydrogen, helium and hydrogen-helium mixtures at pressures beyond 200 GPa. We find very good agreement between both simulation methodologies for pressures beyond 600 GPa. From the equation of state calculations, an analysis of the miscibility properties of the …

uiuc Repository record for First Principles Simulations of Hydrogen and Helium at High Pressures (opens in a new tab)

Ab initio investigations of low Z materials under extreme conditions

Clay, Raymond C.University of Illinois at Urbana-Champaign2017

Low Z elements, particularly hydrogen and helium, make up the vast majority of matter in the universe. These elements are observed to exist over the widest known ranges of pressures and temperatures, from interstellar plasmas to the cores of stars. In modeling Jovian planets or inertial confinement …

uiuc Repository record for Ab initio investigations of low Z materials under extreme conditions (opens in a new tab)