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- Q5358188 subject Q6379868.
- Q5358188 subject Q6991015.
- Q5358188 abstract "In an electron spectrometer, an incoming beam of electrons is bent with electric or magnetic fields. As higher energy electrons will be bent less by the beam, this produces a spatially distributed range of energies. Electron spectrometers are used on a range of scientific equipment, including particle accelerators, transmission electron microscopes, and astronomical satellites.".
- Q5358188 wikiPageWikiLink Q1128174.
- Q5358188 wikiPageWikiLink Q1257398.
- Q5358188 wikiPageWikiLink Q130825.
- Q5358188 wikiPageWikiLink Q148578.
- Q5358188 wikiPageWikiLink Q1603273.
- Q5358188 wikiPageWikiLink Q180809.
- Q5358188 wikiPageWikiLink Q2423400.
- Q5358188 wikiPageWikiLink Q2913798.
- Q5358188 wikiPageWikiLink Q364886.
- Q5358188 wikiPageWikiLink Q6379868.
- Q5358188 wikiPageWikiLink Q6991015.
- Q5358188 wikiPageWikiLink Q744818.
- Q5358188 wikiPageWikiLink Q83213.
- Q5358188 wikiPageWikiLink Q874402.
- Q5358188 wikiPageWikiLink Q902328.
- Q5358188 wikiPageWikiLink Q907728.
- Q5358188 wikiPageWikiLink Q962347.
- Q5358188 comment "In an electron spectrometer, an incoming beam of electrons is bent with electric or magnetic fields. As higher energy electrons will be bent less by the beam, this produces a spatially distributed range of energies. Electron spectrometers are used on a range of scientific equipment, including particle accelerators, transmission electron microscopes, and astronomical satellites.".
- Q5358188 label "Electron spectrometer".