Photoinduced Magnetization in a Thin Fe-CN-Co Film
J.-H. Park, Y.D. Huh, E. \v{C}i\v{z}m\'ar, S.J. Gamble, D.R. Talham,, and M.W. Meisel
TL;DR
This study investigates how visible light illumination enhances the magnetization of a thin Fe-Co cyanide film, revealing photoinduced magnetic state changes and modifications in its magnetic behavior across a wide temperature range.
Contribution
It demonstrates the photoinduced increase in magnetization and the development of cluster glass behavior in a Fe-Co cyanide film, highlighting new light-controlled magnetic properties.
Findings
Magnetization increases rapidly upon illumination.
Photoinduced state alters critical and freezing temperatures.
Cluster glass behavior is enhanced in the photoinduced state.
Abstract
The magnetization of a thin Fe-Co cyanide film has been investigated from 5 K to 300 K and in fields up to 500 G. Upon illumination with visible light, the magnetization of the film rapidly increases. The original cluster glass behavior is further developed in the photoinduced state and shows substantial changes in critical temperature and freezing temperature.
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