Q242: superconductivity
Vocabulary ID
http://matvoc.nims.go.jp/entity/Q242
| Language | Label | Description | Alias |
|---|---|---|---|
| English | superconductivity | - | - |
| Japanese | 超伝導 | - | - |
| Language | English |
|---|---|
| Label | superconductivity |
| Description | |
| Alias |
| Language | Japanese |
|---|---|
| Label | 超伝導 |
| Description | |
| Alias |
Semantic Relatives
Parents
Q231: electrical
Siblings:- Q232: band structure
- Q233: conductivity
- Q234: dielectric constant and spectra
- Q235: dielectric dispersion
- Q236: electrostrictive
- Q237: piezoelectric
- Q238: power conversion efficiency
- Q239: pyroelectric
- Q240: resistivity
- Q241: spin polarization
- Q243: thermoelectric
- Q3208: photoelectric conversion
- Q3209: electro-optic function
- Q3210: ion conduction
- Q3211: thermionic emission
- Q3212: X-ray radiation
- Q3213: insulation
- Q3214: power storage
Q285: thermodynamic
Siblings:- Q286: calorimetry profile
- Q287: critical temperatures
- Q288: crystallization temperature
- Q289: density
- Q290: glass transition temperature
- Q291: grain boundary energies
- Q292: heat capacity
- Q293: heat of fusion
- Q294: heat of solidification
- Q295: interfacial energies
- Q296: liquid crystal phase transition temperature
- Q297: melting temperature
- Q298: molar volume
- Q299: phase diagram
- Q300: phase stability
- Q301: specific heat
- Q302: surface energies
- Q303: thermal conductivity
- Q304: thermal decomposition temperature
- Q305: thermal expansion
- Q3279: thermal diffusivity
- Q3280: heat resistance
- Q3281: thermal shock resistance
- Q3282: continuous cooling transformation diagram
- Q3283: recrystallization
- Q3284: solutionizing
- Q3285: other thermal characteristics