physical quantity
C1608
concept
A physical quantity is a property of a physical system that can be measured and expressed as a numerical value with an associated unit.
All labels observed (13)
| Label | Occurrences |
|---|---|
| physical quantity canonical | 35 |
| physical property | 3 |
| thermodynamic quantity | 3 |
| mechanical property | 2 |
| SI base quantity | 1 |
| SI unit of magnetic flux density | 1 |
| astrophysical quantity | 1 |
| fluid dynamics quantity | 1 |
| physical observable | 1 |
| radiative transfer quantity | 1 |
| set of physical quantities | 1 |
| thermodynamic temperature | 1 |
| thermodynamic temperature scale quantity | 1 |
Instances (46)
| Instance | Via concept surface |
|---|---|
| Bondi mass | — |
| Time | — |
|
Curie point (Curie temperature)
surface form:
Curie point
|
physical property |
|
A. M. Rhys
surface form:
Huang–Rhys factor
|
— |
| Maxwell stress tensor | — |
| Stokes parameters | set of physical quantities |
| Planck temperature | thermodynamic temperature scale quantity |
| Einstein coefficients | — |
| Noether charge | — |
|
Tesla
surface form:
tesla
|
SI unit of magnetic flux density |
| Minkowski interval | — |
| Planck volume | — |
| Cauchy stress tensor | — |
| Rabi frequency | — |
| Purcell factor | — |
| Fermi energy | — |
|
Néel
surface form:
Néel temperature
|
— |
| Néel temperature | — |
| Néel vector | — |
| g-2 | physical observable |
| stress–energy tensor | — |
|
Larmor
surface form:
Larmor frequency
|
— |
|
’t Hooft coupling
surface form:
't Hooft coupling
|
— |
|
Hubble constant H₀
surface form:
Hubble constant
|
astrophysical quantity |
| Rosseland mean opacity | radiative transfer quantity |
| Bekenstein–Hawking entropy | — |
| von Kármán constant | fluid dynamics quantity |
| London penetration depth | — |
| Dirac current | — |
| Debye length | — |
| Debye temperature | thermodynamic quantity |
| Laplace pressure | — |
| Young's modulus | mechanical property |
| Poisson’s ratio | mechanical property |
| Gibbons–Hawking temperature | — |
| Jeans mass | — |
|
Kuo-Chen Huang
surface form:
Huang–Rhys factor
|
— |
| Rossby number | — |
| Gamow factor | — |
| Planck power | — |
| Poynting vector | — |
| Schwarzschild radius | — |
| Carter constant | — |
| Dingle temperature | — |
|
Germer
surface form:
wave nature of electrons
|
physical property |
| Mach number | — |