CONDENSED MATTER-LIQUID TRANSITION METALS AND ALLOYS

The following sections are included:

• Theories of liquids - basic concepts of liquids for discussions of physical properties of liquid transition metals

  • Radial distribution functions and structure factors

  • Models for structure factors and thermodynamic functions - from a view point of theories of liquids and computer simulations

  • Liquid models based on the computer simulations

  • Realistic interionic potentials in liquid transition metals

  • Refined theories of liquids - GB, WCA, RPA, ORPA, RYC, SMSA, ZHC and VMHNC

• The structure of liquid transition metals - from a point of view of theories of liquids

  • Fitting of model structure factors to experimental structure factors of liquid transition metals

  • Analysis of structure of liquid transition metals by refined theories of liquids

• Thermodynamic properties of liquid transiton metals

  • Thermodynamic data of liquid transition metals

  • Theories of thermodynamic properties of liquid transition metals

  • Thermodynamic properties of liquid transition metal alloys

• Electronic properties of liquid transition metals

  • Electrical resistivity

  • Thermoelectric power

  • Magnetic susceptibility

  • Hall coefficient

  • Density of states

  • The transition metal impurities in liquid noble metals, liquid simple metals and their liquid alloys

• Surface properties and atomic transport properties of liquid transition metals

  • Surface properties and the Mn anomaly

  • Atomic transport properties

• Concluding remarks

• Acknowledgement