gamma ray

Frequency: 8.222.1 per million words

Refers to a photon of penetrating electromagnetic radiation.

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Examples (20)

  • The detector registered a single gamma ray from the source.
  • Scientists study gamma rays from distant supernovae.
  • A gamma-ray burst lit up the night sky for several seconds.
  • Exposure to gamma rays can be hazardous to human health.
  • The isotope decays and emits a gamma ray at 1.17 MeV.
  • Medical professionals use gamma rays in cancer therapy.
  • Doctors use a focused gamma ray in radiosurgery to target tumors.
  • The detector measures the intensity of gamma ray emissions.
  • Lead shielding reduces exposure to any incoming gamma ray.
  • Nuclear reactors produce gamma rays as a byproduct.
  • We measured the energy spectrum of each gamma ray with a scintillation counter.
  • Special shielding is required to block gamma rays.
  • The satellite’s sensor can localize a gamma-ray source within arcminutes.
  • Astronomers observe gamma ray bursts to understand cosmic events.
  • Background radiation occasionally includes a stray gamma ray.
  • The satellite detected a powerful gamma ray flare from the sun.
  • The experiment triggered when a high‑energy gamma ray passed through the chamber.
  • Gamma rays are a form of high-energy electromagnetic radiation.
  • Astronomers traced the gamma-ray emission to a distant blazar.
  • Plutonium releases gamma rays during its radioactive decay.