pions's Usage Examples:

Charged pions most often decay into muons and muon neutrinos, while neutral pions generally decay into gamma rays.

The exchange of virtual pions, along.

Along with pions and omega mesons, the rho meson carries the nuclear force within the atomic nucleus.

After the pions and kaons, the rho mesons.

(which make the majority of the mass of an atom) are examples of baryons; pions are an example of a meson.

three pions, and has a mean lifetime of 5.

The short-lived neutral kaon is called the K S ("K-short"), decays primarily into two pions, and has.

positive charged pions cations electrons antiprotons muons tauons negative charged pions anions neutrons photons neutrinos neutral pions Frisch, David H.

part of the vector meson nonet and mediates the nuclear force along with pions and rho mesons.

Technology synchro-cyclotron in the mid-1950s using accelerated positive pions on hydrogen targets.

discovered that identically charged pions produced in antiproton-proton annihilation processes were bunched, while pions of opposite charges were not.

rains down, including x-rays, muons, protons, antiprotons, alpha particles, pions, electrons, positrons, and neutrons.

Neutrinos for study are supplied via the decay of pions produced when a proton beam strikes a target.

studying mass spectra of daughter pion pairs in the events with three pions in the final state K± → π±(ππ)atom → π±π0π0.

muons are typically produced in a spin-polarized state from the decay of pions), and by avoided level crossing (ALC), which is also called level crossing.

hadrons produced in the collision was mainly pions and kaons, which both decay to neutrinos.

The produced pions and kaons have a variety of angles and energies.

hadronic final states produced in interactions of various beam particles (pions, protons and beryllium, argon, and xenon nuclei) with a variety of fixed.

replaced by other negatively charged particles such as muons (muonic atoms) or pions (pionic atoms).

cross-section of pions on various nuclear targets showed that the pion has odd parity.

A direct measurement of the production of pions on a liquid hydrogen.

Synchrotron (SPS) at CERN being fired in pulses at a carbon target to produce pions and kaons.

for decay into a charged pion, two neutral pions, and a tau neutrino; 8.

99% for decay into three charged pions (of which two have the same electrical charge).

4%, and various indistinguishable combinations of ρ s and pions at 15.

Synonyms:

meson; pi-meson; mesotron;