Solid-State Physics
Solid-State Physics
Includes condensed matter physics, crystallography, and
superconductivity. For related information see also 33
Electronics and Electrical Engineering; and 36 Lasers and
Masers.
Alternative terms
- UF↸ acceptors (solid state)
- UF↸ band structure of solids
- UF↸ condensed matter physics
- UF↸ conductivity (solid state)
- UF↸ critical field curves of superconducting materials
- UF↸ critical temperatures of superconducting materials
- UF↸ crystal defects
- UF↸ crystal growth (general)
- UF↸ crystal structure (semiconductors)
- UF↸ crystallography
- UF↸ dielectric materials properties
- UF↸ donors (solid state)
- UF↸ electrical transport properties in solids
- UF↸ electron energy bands
- UF↸ electron motion in conductors
- UF↸ electron paramagnetic resonance (solid state)
- UF↸ energy gaps in semiconductors
- UF↸ epitaxy
- UF↸ holes (electron deficiencies)
- UF↸ lattice vibrations
- UF↸ liquid crystals
- UF↸ Mossbauer effect
- UF↸ piezoelectricity
- UF↸ radiation effects in semiconductors
- UF↸ semiconductor materials
- UF↸ solid state physics
- UF↸ solidification (solid state)
- UF↸ superconducting materials
- UF↸ superconductivity (theory)
- UF↸ thermoelectric materials
- UF↸ thin films (theory, deposition and growth)
Broader Terms
- BT↑ Physics
