In contrast to the interaction between two magnets with opposite magnetization directions,
the interaction between a permanent magnet and a superconductor can be stable and result …

The levitation force between the superconductor and the magnet is highly nonlinear and
affected by the coupling of multiple factors, which brings many obstacles to research and …

Due to the merits of self-stability and low energy consumption, high-temperature
superconducting (HTS) maglev has the potential to become a novel type of transportation …

We have designed multisurface Halbach high temperature superconductor-permanent
magnetic guideway (HTS-PMG) arrangements for magnetically levitated transportation …

Recently, the application of high-T c superconductors with longitudinal geometry to linear
bearings and transportation devices has reached a higher stage of development. For these …

Stable levitation of systems consisting of a magnetic source and a superconductor is the root
of some promising applications of superconductors, especially Maglev trains and …

For a maglev system, vertical and lateral displacements of the levitation body may
simultaneously occur under external disturbances, which often results in changes in the …

In this paper, a novel control method is proposed for superconducting-hybrid magnetic
levitation systems applied in conveyor manufacturing facilities. Recently, magnetic levitation …

High-temperature superconducting magnetic bearings can be suspended without contact
and self-stability. They are widely used in many industries. Before the actual production of …

One of the most challenging issues in superconducting-bearing technology is the rotor's
stability, which is closely related to the levitation configuration. Establishing a stable and …