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corpuscular radiation

corpuscular radiation

9.9
A flow of very small particles from radioactive sources that can pass through matter
  • noun
  • /ˈkɔrpəsˌkʌlɚ reɪˈdeɪʃən/
  • Archaic
translation icon : radiación corpuscular
  • Exposure to corpuscular radiation can damage living tissue at the cellular level.

Examples

  • Scientists use sensitive detectors to measure corpuscular radiation emitted by certain radioactive materials.

  • Nuclear reactors are a significant source of corpuscular radiation in controlled environments.

  • The study focused on corpuscular radiation emitted by stars.

  • Scientists are investigating corpuscular radiation from supernovae.

  • Exposure to corpuscular radiation can damage living tissue at the cellular level.

  • Nuclear reactors are a significant source of corpuscular radiation in controlled environments.

  • Scientists use sensitive detectors to measure corpuscular radiation emitted by certain radioactive materials.

Synonyms

radiation
vscorpuscular radiation
  • Specialized
438 4.5

Energy that comes out as rays or waves, like sunlight

focuses only on particle streams rather than waves or rays
particulate radiation
vscorpuscular radiation
  • Specialized
1 8.1

A stream of very small bits of matter, like atoms, that carries energy and can pass through things

is the formal scientific term for that particle stream

Surface Forms

Morphology

corpuscular + radiation

The adjective 'corpuscular' (relating to small particles) directly modifies 'radiation' (energy emitted as rays, waves, or particles), so the meaning 'radiation composed of particles' is a straightforward compositional inference. Although the phrase is technical, its modifier+noun structure and direct relation between constituents make the meaning predictable for learners who know both words.

Etymology

Corpuscular radiation The name corpuscular radiation comes from corpuscular, a word that means 'small bodies', and radiation, so it paints the image of a flow of tiny particles. So it means radiation made of 'particles' rather than 'waves'.