- 104) G (gauss), used in the CGS system. Thus, 1 G = 10−4 T = 100 μT (
microtesla). 1,000,000,000 (or 109) γ (gamma), used in geophysics. For the relation...
- of the
magnetic field at the
magnetic equator of
Neptune is
about 14
microteslas (0.14 G). The
dipole magnetic moment of
Neptune is
about 2.2 × 1017 T·m3...
- Recently, MRI has been
demonstrated also at ultra-low fields, i.e., in the
microtesla-to-millitesla range,
where sufficient signal quality is made possible...
-
magnetic field has an
average strength of
about 0.3 G (Gauss) or 30 μT (
microtesla). Radio-faint
galaxies like M 31 and M33, the
Milky Way's neighbors, have...
-
orders of
magnitude smaller than the Earth's
magnetic field (~30–50
microteslas).
Specialized receivers and
antennas are
needed to
detect and record...
-
several teslas, SQUID-detected MRI uses
measurement fields that lie in the
microtesla range. In a
conventional MRI system, the
signal scales as the
square of...
-
rocks formed 1 - 2.5
billion years ago were
created in a
field of
about 5
microtesla (μT),
compared to
present day Earth's 50 μT.
During the
Apollo program...
-
Residential electric distribution lines (34.5 kV) (15 m or 49 ft away) 10−6 T
microtesla 1 μT 10 mG
Blender (30 cm or 1 ft away) 1.3 μT to 2.7 μT 13 mG to 27 mG...
-
produces magnetic fields that
Persinger describes as "weak but complex" (1
microTesla). The
pattern of
fluctuation in
these magnetic fields is
derived from...
- the
field is
often measured in
gauss (G), but is
generally reported in
microteslas (μT), with 1 G = 100 μT. A
nanotesla is also
referred to as a
gamma (γ)...
