SUMMARY
Metal atoms, including titanium (Ti) and sodium (Na), do exhibit London dispersion forces, despite being primarily held together by electrostatic forces. According to Tro's textbook (6th ed), all atoms and molecules possess dispersion forces due to the presence of electrons. In metals, these forces are effectively modeled as those of a liquid of unbound electrons, known as a Fermi liquid. The theoretical foundation for understanding these dispersion forces in metals is detailed in the article by Dzyaloshinskii.
PREREQUISITES
- Understanding of London dispersion forces
- Familiarity with electrostatic forces in metals
- Knowledge of Fermi liquid theory
- Basic concepts of dielectric functions
NEXT STEPS
- Read Tro's textbook on intermolecular forces for foundational knowledge
- Explore the article by Dzyaloshinskii for advanced insights on dispersion forces
- Study the properties of Fermi liquids in condensed matter physics
- Investigate the role of dielectric functions in metals
USEFUL FOR
Students and researchers in physical chemistry, materials science, and condensed matter physics, particularly those interested in the interactions of metal atoms and their electronic properties.