Created over 12 years ago, updated almost 12 years ago
ID144
A variety of experimental techniques are being applied to study the properties of high-temperature superconducting materials.
Spectroscopies of excitations
- core shell spectroscopies
- Photo-emission (including angular resolved)
- inelastic neutron scattering
- Raman scattering
- Neutron scattering
- Scanning Tunneling microscopy
Thermodynamic properties
- Specific heat
- Magnetization
- Electrical Polarization
- Elastic moduli
Transport properties
- AC/DC electrical conductivity
- Thermal transport
- Thermoelectric effects
Structural properties
- elastic neutron scattering
- elastic X-ray scattering
- atom pair distribution function
- Scanning Tunneling microscopy
A variety of experimental techniques are being applied to study the properties of high-temperature superconducting materials.
### Spectroscopies of excitations
1. core shell spectroscopies
1. Photo-emission (including angular resolved)
1. inelastic neutron scattering
1. Raman scattering
1. Neutron scattering
1. Scanning Tunneling microscopy
### Thermodynamic properties
1. Specific heat
1. Magnetization
1. Electrical Polarization
1. Elastic moduli
### Transport properties
1. AC/DC electrical conductivity
1. Thermal transport
1. Thermoelectric effects
### Structural properties
1. elastic neutron scattering
1. elastic X-ray scattering
1. atom pair distribution function
1. Scanning Tunneling microscopy
