Electron probe microanalysis


noun
1.
a technique for the analysis of a very small amount of material by bombarding it with a narrow beam of electrons and examining the resulting X-ray emission spectrum

Read Also:

  • Electron radiography

    electron radiography n. A radiographic imaging process in which the incident x-rays are converted to a latent charge image and developed by a special printing process to eliminate background fog and image noise.

  • Electron-ray tube

    [ih-lek-tron-rey] /ɪˈlɛk trɒnˌreɪ/ noun, Electronics. 1. a small cathode-ray tube having a fluorescent screen on which the pattern varies with the voltage applied to the grid: used chiefly in radio receivers to indicate accuracy of tuning.

  • Electron-spin-resonance

    noun, Physics. 1. the flipping back and forth between two spin directions of electrons in a magnetic field when electromagnetic radiation of the proper frequency is applied. Abbreviation: ESR. noun 1. a technique for investigating paramagnetic substances by subjecting them to high-frequency radiation in a strong magnetic field. Changes in the spin of unpaired electrons […]

  • Electron-telescope

    noun 1. a telescope in which an infrared image of a distant object is focused on the photosensitive cathode of an image tube. noun 1. an astronomical telescope with an attachment for converting the infrared radiation emitted from the surface of planets into a visible image

  • Electron-tube

    noun 1. an electronic device that consists, typically, of a sealed glass bulb containing two or more electrodes: used to generate, amplify, and rectify electric oscillations and alternating currents. noun 1. an electrical device, such as a valve, in which a flow of electrons between electrodes takes place Also called vacuum tube Sometimes shortened to […]


Disclaimer: Electron probe microanalysis definition / meaning should not be considered complete, up to date, and is not intended to be used in place of a visit, consultation, or advice of a legal, medical, or any other professional. All content on this website is for informational purposes only.