electron beam

Frequency: 4.53.1 per million words

A stream of electrons, used in technology like televisions and microscopes.

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Examples (20)

  • The scanning electron beam creates a detailed image of the specimen's surface.
  • An electron beam is used in many scientific instruments.
  • High-energy electron beam welding is used in the aerospace industry.
  • The scanning electron microscope uses a focused electron beam to create high-resolution images.
  • Old cathode-ray tube televisions used an electron beam to paint the picture on the screen.
  • Electron beam welding is a process that joins metals together with high precision.
  • Physicists can manipulate the path of an electron beam using magnetic fields.
  • The machine delivers a precise electron beam to target and destroy cancer cells.
  • In semiconductor manufacturing, an electron beam is used to etch circuits onto silicon wafers.
  • Researchers are studying how materials react when exposed to a high-energy electron beam.
  • The medical device was sterilized using a powerful electron beam.
  • The physicist carefully aligned the electron beam within the vacuum chamber.
  • Scientists are developing a new accelerator that will produce a more focused electron beam.
  • In the future, electron beam lithography could create even smaller computer chips.
  • An electron beam is essentially a stream of electrons traveling through a vacuum.
  • A powerful electron beam was generated by the particle accelerator.
  • The intensity of the electron beam can be precisely controlled.
  • During the process, the material is sterilized by a continuous electron beam.
  • Multiple electron beams are used in some advanced 3D printing technologies.
  • Any magnetic interference can deflect the electron beam, causing distortions in the image.