… In contrast to the usually well-constrained sizes and shapes of magnetic particles produced
… magnetic particle systems studied in geophysics tend to be complex and include magnetic …

… of particles is described by the mean-field approach. First-order reversal curve (FORC)
diagrams … We demonstrate that the diagrams display specific new features, which identify the …

… are used increasingly in geophysics for magnetic domain state identification. The domain
state of a magnetic particle is highly sensitive to particle size, about which FORC diagrams …

… , magnetic particles are able to move inside a soft matrix during magnetization and, consequently,
FORC diagrams of … To simulate FORC diagrams for magnetic elastomers, we take the …

… Magnetic hybrid materials are a kind of smart materials … elastomers and a magnetic filler, ie,
magnetic particles which can be … Figure 7: FORC diagrams of MAE with mixed magnetic filler …

… that aids comprehensive domain state diagnosis for mixed magnetic particle … diagrams
that particles occur routinely in the magnetic vortex state. Likewise, remanent FORC diagrams …

… magnetic particle ensembles resemble some magnetic … rock magnetic measurements, such
as FORC diagrams, are … For example, the simulated FORC diagrams for interacting grains …

… diagrams of assemblages of SP to viscous SD particles that remain unclear. Strictly speaking
SP particles cannot be detected in FORC diagrams … fine-grained magnetic particles that are …

… First-order reversal curve (FORC) diagrams have become an important tool for assessing …
among, magnetic particles in such studies. We present here FORC diagrams for diverse …

… However, a large class of materials possess a cubic MCA, for which the FORC diagram
properties of noninteracting SD particle dispersions are less understood. A coherent rotation …