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gauss

gauss

3 8.2
A unit for measuring how strong a magnetic field is
  • noun
  • /ɡaʊs/
  • Specialized
translation icon : gauss
  • The strength of the magnetic field is measured in gauss, which helps scientists understand its intensity.
  • about 300 gauss

It'll drop from something like just over half a gauss to just under half a gauss.

Examples

  • It'll drop from something like just over half a gauss to just under half a gauss.

  • Anyone know how many gauss the magnetic field is now?

    Fiction book (1991)
  • If they had complete records, we would still see a slight rise in gauss over this cycle.

    Blog text (29)
  • If the linear trend continues, then the magnetic strength will get to around 1500 gauss somewhere around 2020.

    Blog text (29)
  • At the 65 gauss/year rate, the projection is for a SC25 peak of only 7.

    Blog text (29)
  • To help things along in the experiment, B0 was set as high as 100 gauss (0.01 T).

    Academic text (2006)
  • In a nutshell, once the magnetic field gets below 1500 gauss, sunspots won't have enough contrast to be visible.

    Blog text (29)
  • The magnitude of the gradient over a large sample can be as high as about 1 gauss per centimeter for whole-body gradient coils.

    Academic text (1993)
  • A strong magnet can produce a field of over 1000 gauss near its surface.

  • To compare different magnets, we often talk about their strength in gauss or Tesla.

Synonyms

kilogauss
vsgauss
  • Specialized
8.0

A unit for measuring magnetic strength equal to one thousand gauss

is the single unit rather than the thousandfold multiple
microgauss
vsgauss
  • Specialized
9.9

A very small unit for measuring magnetic fields, equal to one millionth of a gauss

is the single unit rather than the tiny fractional multiple
tesla
vsgauss
  • Specialized
5.5

A unit that measures how strong a magnetic field is

is defined using maxwell per square centimeter instead of webers per square meter

Surface Forms

gauss singular
gausses plural

Etymology

Gauss is named after the German scientist Gauss, who worked on magnetism and mathematics. So a gauss is a unit for measuring the 'strength' of a magnetic field, and thinking of it as Gauss's mark for how strong a magnet is helps you remember its meaning.