-
strongly interacting particles "hadrons", and the
corresponding decays "
hadronic" (the Gr**** ἁδρός
signifies "large", "m****ive", in
contrast to λεπτός which...
-
behavior behaves more like a
hydrogen atom than an
inert helium atom. A
hadronic atom is an atom in
which one or more of the
orbital electrons are replaced...
-
ordinary matter contribution to the m****–energy
density of the universe.
Hadronic matter can
refer to 'ordinary'
baryonic matter, made from
hadrons (baryons...
-
electromagnetic interaction such as electrons,
positrons and photons. A
hadronic calorimeter (HCAL) is one
designed to
measure particles that
interact via...
-
pions and
kaons are
produced in the
first interactions,
which then fuel a
hadronic shower component that
produces shower particles mostly through pion decay...
-
calls for
tests on the
validity of
quantum mechanics within nuclear and
hadronic structures,
represented a
return to
scientific sanity. In 1985 he published...
-
calorimeter systems: an
inner electromagnetic calorimeter and an
outer hadronic calorimeter. Both are
sampling calorimeters; that is, they
absorb energy...
-
exclusively via the
electromagnetic force,
usually a
photon or electron.
Hadronic showers are
produced by
hadrons (i.e.
nucleons and
other particles made...
- Bauer, T.H.; Spital, R.D.; Yennie, D. R.; Pipkin, F.M. (1978). "The
hadronic properties of the
photon in high-energy interactions".
Reviews of Modern...
- used
under the name "integral
dispersion relations" with
reference to
hadronic scattering. In this case, the
function is the
scattering amplitude. Through...
