The effect of target rotation rate on the magnetooptical
properties and induced magnetic anisotropy of pulse
laser deposition grown Bi:YIG garnets has been investigated.
The rotation rate dependence of magnetic properties
of thin films has been studied using magneto-optical
Faraday rotation combined with magneto-optical Kerr measurement
setup. Our results show that decreasing the target
rotation rate can also increase the polar coercive field
and hence magnetic anisotropy. Also the spectral answer of
samples show the capability of use of them in one off optical
ranges
