Radiation-induced demagnetization of permanent magnets is important for a number of
applications including space missions, particle accelerators and robots designed to carry out …

Permanent magnets decrease their magnetic field under severe radiation environment. This
radiation damage, radiation-induced demagnetization, is a great concern especially for the …

We report an unexpectedly large flux loss observed in permanent magnets in one of the
undulators operated in SACLA, the x-ray free electron laser facility in Japan …

Demagnetization owing to high-energy electron irradiation has been analyzed for
permanent magnets used in insertion devices of synchrotron radiation sources, using the …

Electron radiation technology, a significant application of non-power civil nuclear
technology, opens up various research opportunities for electron beam accelerators as …

A large fraction of the total power consumption of the CLIC machine [1] is taken up by
electromagnets. There is a proposal to replace some of the conventional electromagnets …

The undulator is a magnetic device usually consisting of a series of rare-earth permanent
magnets (REPMs) arranged to generate a sinusoidal magnetic field, and is installed in …

The effects of proton irradiation on the structure of NdFeB permanent magnet were
investigated by X-ray diffraction and X-ray absorption fine structure (XAFS). The results …

Resistance of undulator magnetic arrays composed of neodymium–iron–boron (NdFeB)
permanent magnets (PMs) against thermal demagnetization, which is important especially …

Humanoid robots have great potential in applications in organically dangerous
environments, for example, in the radiation environments. However, the radiation damage …