Variational method for the ground state of liquid He super 4.
Liquid He 4 ground state studied by variation method, deriving radial distribution function
HELIUM 4↗
Engineering topics
Broyles, A. A.
Publications and source records attributed to Broyles, A. A..
Method for determining the thermodynamic properties of the quantum electron gas.
Effective pair potential obtained for quantum electron gas to determine thermodynamic properties over large temperature and density range
DENSITY DISTRIBUTION↗
Pair-correlation functions and correlation energies of a quantum electron gas.
Pair correlation functions and energies of quantum electron gas in thermal equilibrium
Broyles, A. A.↗
Effective interatomic potentials for liquid helium above and below the lambda point.
Effective interatomic potentials for liquid helium above and below lambda point, noting neutron-diffraction intensities
NEUTRON DIFFRACTION↗
Interatomic potentials and x-ray-diffraction intensities for liquid xenon.
Radial distribution function of xenon calculated from interatomic potentials and X-ray diffraction intensities
DISTRIBUTION FUNCTION↗