- 10−3 K mK
millikelvin 103 K kK
kilokelvin 10−6 K μK
microkelvin 106 K MK
megakelvin 10−9 K nK
nanokelvin 109 K GK
gigakelvin 10−12 K pK
picokelvin 1012 K...
- 10−3 K mK
millikelvin 103 K kK
kilokelvin 10−6 K μK
microkelvin 106 K MK
megakelvin 10−9 K nK
nanokelvin 109 K GK
gigakelvin 10−12 K pK
picokelvin 1012 K...
- reactions; pp-chain
reaction starts at
temperatures around 4×106 K (4
megakelvin),
making it the
dominant energy source in
smaller stars. A self-maintaining...
- 1000000 K is one
million kelvins. The SI term for this unit is the
reciprocal megakelvin (MK−1),
shortened to mirek, but this term has not
gained traction. For...
-
fusion plasma is 15 keV (kiloelectronvolt),
which is
equal to 174 MK (
megakelvin). As an approximation: kBT is
about 0.025 eV (≈ 290 K/11604 K/eV) at...
- clusters. The ICM is
heated to
temperatures on the
order of 10 to 100
megakelvins,
emitting strong X-ray radiation. The ICM is
composed primarily of ordinary...
- of
times more per gram and the
temperatures reached are in the tens of
megakelvin.
Nuclear weapons are
quite different from
conventional weapons because...
- a
rotating cooled wheel,
which cools the
metal at a rate of
about one
megakelvin per second, so fast that
crystals do not form.
Amorphous steel is limited...
-
fusing two
carbon atoms together; this
requires temperatures above 600
megakelvins and a star of at
least three solar m****es. Two radioactive, cosmogenic...
- Thus,
temperatures of star
interiors may be
given with the unit of MK (
megakelvin), and
molecular cooling may be
given with the unit mK (millikelvin).[citation...
