| Unit | nT |
|---|---|
| Name | nanotesla |
| Category | Magnetic Flux Density |
| Details | In the field of Magnetic Flux Density, nT (nanotesla) is a unit used to measure the strength of a magnetic field. Magnetic Flux Density is a vector quantity that describes the concentration of magnetic field lines in a given area, indicating the force experienced by a charged particle moving through it. The nanotesla (nT) is a derived unit of the International System of Units (SI), equal to one-billionth of a tesla (1 nT = 10^-9 T). The tesla (T) is the standard unit of Magnetic Flux Density and is named after the inventor and engineer Nikola Tesla. It is defined as the force experienced by a unit charge moving through the magnetic field at a specified velocity: 1 T = 1 N·s/(C·m) = 1 kg/(A·s²) Using nanotesla as a unit allows for convenient measurement and comparison of weak or subtle magnetic fields, such as the Earth's magnetic field, which has a typical strength of approximately 25,000 to 65,000 nT. Nanoteslas are also used in geophysics, space weather, and other scientific fields concerned with the study and monitoring of faint magnetic fields. |
nT(nanotesla) to aG(attogauss)nT(nanotesla) to aT(attotesla)nT(nanotesla) to cG(centigauss)nT(nanotesla) to cT(centitesla)nT(nanotesla) to daG(decagauss)nT(nanotesla) to daT(decatesla)nT(nanotesla) to dG(decigauss)nT(nanotesla) to dT(decitesla)nT(nanotesla) to EG(exagauss)nT(nanotesla) to ET(exatesla)nT(nanotesla) to fG(femtogauss)nT(nanotesla) to fT(femtotesla)nT(nanotesla) to G(gauss)nT(nanotesla) to GG(gigagauss)nT(nanotesla) to GT(gigatesla)nT(nanotesla) to hG(hectogauss)nT(nanotesla) to hT(hectotesla)nT(nanotesla) to kG(kilogauss)nT(nanotesla) to kT(kilotesla)nT(nanotesla) to MG(megagauss)nT(nanotesla) to mG(milligauss)nT(nanotesla) to MT(megatesla)nT(nanotesla) to mT(millitesla)nT(nanotesla) to nG(nanogauss)nT(nanotesla) to PG(petagauss)nT(nanotesla) to pG(picogauss)nT(nanotesla) to PT(petatesla)nT(nanotesla) to pT(picotesla)nT(nanotesla) to T(tesla)nT(nanotesla) to TG(teragauss)nT(nanotesla) to TT(teratesla)nT(nanotesla) to yG(yoctogauss)nT(nanotesla) to YG(yottagauss)nT(nanotesla) to yT(yoctotesla)nT(nanotesla) to YT(yottatesla)nT(nanotesla) to zG(zeptogauss)nT(nanotesla) to ZG(zettagauss)nT(nanotesla) to zT(zeptotesla)nT(nanotesla) to ZT(zettatesla)nT(nanotesla) to µG(microgauss)nT(nanotesla) to µT(microtesla)