- for example, a
typical magnetic confinement fusion plasma is 15 keV (
kiloelectronvolt),
which is
equal to 174 MK (megakelvin). As an approximation: kBT is...
- LET is the newton, but it is most
typically expressed in
units of
kiloelectronvolts per
micrometre (keV/μm) or
megaelectronvolts per
centimetre (MeV/cm)...
-
Gamma rays from
radioactive decay are in the
energy range from a few
kiloelectronvolts (keV) to
approximately 8
megaelectronvolts (MeV),
corresponding to...
-
express temperature as
energy in a unit
related to the
electronvolt or
kiloelectronvolt (eV/kB or keV/kB). The
corresponding energy,
which is dimensionally...
- 2 megaelectronvolts, respectively. The
density of low-energy (below 1
kiloelectronvolt) ions in the
inner magnetosphere is
about 2 cm−3. The
particle po****tion...
- Jupiter's ionosphere. In
these areas, the
energetic (tens and
hundreds of
kiloelectronvolt)
electrons and ions have been detected,
which may
cause the auroras...
-
electric field accelerates electrons and
protons to high
energies (
kiloelectronvolts)
which results in jets of
extremely hot
plasma leaving the Sun's surface...
- the
energies predicted and that of
known binding energies,
given in
kiloelectronvolts.
Phenomena present can be
explained by
further subtle terms, but the...
-
atomic m****
units (amu), and it has a
decay energy of
about 270 keV (
kiloelectronvolts). Uranium-238
usually decays into this
isotope of
thorium (although...
- X-rays
emitted from the Crab
Nebula at a
given photon energy up to 30
kiloelectronvolts. The Crab
Nebula is
often used for
calibration of X-ray telescopes...
