undulator
- noun
- /ˈʌndjʊˌleɪtər/
- Specialized
- MAD phasing, as an example, depends on the tunability of synchrotron radiation, and with undulators, the fine energy resolution required (Figure 5b) is achieved without sacrificing intensity.
- build the undulator
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Watch on YouTubeYou have the first undulator corresponding to one gain length.
- You have the first undulator corresponding to one gain length.
Examples
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In the particle accelerator, the undulator creates a series of magnetic fields to manipulate the electron beam.
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This process simplifies the crystallization problem, and with undulators, the source is better matched to these dimensions.
Academic text (1995) -
You have the first undulator corresponding to one gain length.
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Now, the first thing we want to know about undulator radiation is the wavelength.
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The estimated tab is $250-330 million, depending on how many undulators are built.
Academic text (2006) -
The scientists adjusted the settings of the undulator to optimize the production of synchrotron radiation.
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By using an undulator, researchers can generate high-intensity X-rays crucial for their experiments.
Surface Forms
Morphology
Etymology
Undulator comes from the Latin root unda, which means 'wave', and is related to the English undulate. In a particle accelerator an undulator makes tiny waves in a beam of particles so they give off waves of light, which is why the device has this name.