High-temperature melt-textured material prepared in a batch process wi
th reproducible material parameters and properties can be used success
fully to construct electromotors with an increased energy and force de
nsity. A production process with high efficiency and moderate costs is
the basis for the technical application of bulk melt-textured yttrium
-barium-copper-oxide. The increased production rate also demands adequ
ate characterization techniques that have to provide rite material par
ameters needed for the specific application. The most suitable charact
erization technique has to be chosen for routine characterization. Ii?
this article, measurements were performed to simulate magnetic proces
ses in electromotors. Functional models running in liquid nitrogen wer
e constructed.