Assertion: gamma ray | /r/HasProperty | photon
Facets:
value: with very high energies
type: OTHER
value: -rays
type: OTHER
value: as part of radioactive decay
type: TEMPORAL
value: simply
type: DEGREE
Source sentences:
text: However, neutron interactions are largely ionizing, for example when neutron absorption results in gamma emission and the gamma ray (photon) subsequently removes an electron from an atom, or a nucleus recoiling from a neutron interaction is ionized and causes more traditional subsequent ionization in other atoms.
text: It can also be considered to be a photon ( ).
text: Gamma-rays then are all the photons with energies greater than 100 keV.
text: A gamma ray is a photon that is emitted from the nucleus when the nucleus come down from an excited state that results from some kind of decay event.
text: Both gamma rays and x-rays are photons with very high energies, and gamma have even more energy.
text: Gamma rays are photons and are without rest mass or charge.
text: Gamma rays are simply photons that have extremely high energies which are highly ionizing.
text: Both gamma rays and x-rays are photons with very high energies, and gamma have even more energy.
text: Gamma rays (photons) can produce about 10 pairs of ions per centimetre in air.
text: Gamma rays and x-rays are photons.
text: X- and Gamma Rays: X-rays are photons (Electromagnetic or EM radiations) emitted from electron orbits, such as when an excited orbital electron "falls" back to a lower energy orbit; Gamma rays are photons emitted from the nucleus, often as part of radioactive decay.
text: Gamma rays are photons, whose absorption cannot be described by LET.
text: Gamma rays are photons that are emitted from the nucleus.
text: Gamma rays are similar to x-rays, in that they are still photons, but x-rays come from a similar step down in the electron cloud.
text: Gamma rays are photons that come from the nucleus of the atom.