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photoelectron holography

photoelectron holography

[¦fōd·ō·i′lek‚trän hō′läg·rə·fē]
(atomic physics)
A technique for three-dimensional imaging of surface atoms in which electron waves produce holograms that are subjected to numerical image processing to yield computer displays of individual atoms.
McGraw-Hill Dictionary of Scientific & Technical Terms, 6E, Copyright © 2003 by The McGraw-Hill Companies, Inc.
References in periodicals archive
Photoelectron Holography. Physical Review Letters 61 (12), 1356-1359.
A team at Tohoku University in Japan, led by associate professor Kouichi Hayashi, has succeeded in 3D atomic imaging using a time-inverted version of photoelectron holography. The research group, in collaboration with Tohoku Techo Arch Company, constructed an apparatus for internal-detector electron holography based on a scanning electron microscope (SEM).
The technique, called photoelectron holography, produces the electron-generated equivalent of the visible-light holograms now seen so often as a security feature on credit cards and in three-dimensional displays.
In photoelectron holography, a burst of finely tuned X-rays illuminates a small patch on a crystal surface.
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