The structural disorder of magnetic MT, MR and RT alloys (T: magnetic transition metals, R:
rare earths, M: not T and R) gives rise to significant changes of the mechanical, electrical …

Thin films of amorphous rare-earth transition-metal alloys represent a suitable class of
materials for magneto-optical information storage. They are ferrimagnets and exhibit a …

Amorphous rare-earth-transition-metal alloys are considered as materials for magnetooptic
information storage. They can be prepared by evaporation or sputtering on glass or polymer …

A mean-field model developed to analyze ternary (TbFeCo) and quaternary (TbGdFeCo,
TbDyFeCo) alloys of interest in thermomagnetic recording is based on the localized mean …

The thermomagnetic switching behavior of magneto‐optic disks with amorphous TbFeCo
and GdTbFe films was investigated on a test recorder. Domain length, write and erase fields …

By observing thermomagnetically recorded domains of amorphous TbFeCo (Cr) thin films
inside a polarized microscope, wall coercivities were estimated from the field which was …

The magnetic properties and magnetooptic effects of amorphous DyFeCo thin films with
various compositions and thicknesses were investigated. The product of magnetization …

Amorphous rare earth-transition metal (RE-TM) alloys have been studied extensively in
recent years because they offer a combination of material and magnetic properties that is …

Recording domains in magnetooptical media were observed with a polarizing microscope.
Regularly shaped domains were observed for transition-metal-rich compositions, whereas …

The influence of the thermal properties of the media in a multilayered magnetooptical disk
on thermomagnetic recording characteristics such as recorded bit size and sensitivity has …