Magnetorheological (MR) viscoelastic fluid, consisting of micronsized soft magnetic carbonyl iron (CI) particles and polyisobutylene (PIB)/polybutene (PB) medium matrix instead of commonly used oil ...

Magnetic hyperthermia treatment using calcium phosphate nanoparticles is an evolutionary choice because of its excellent biocompatibility. In the present work, Fe3+ is incorporated into HAp ...

1. Introduction Phase-Field model is an approach based on the concept introduced by Gibbs and Van der Waals, which states that solid-liquid interface has a physical dimension of nanometer magnitude ...

Magnetic fields are produced by electrical currents that are generated by various astrophysical objects. The study of magnetic fields seeks to understand their origin, as well as the acceleration ...

Single-sided Magnetic Particle Imaging (MPI) devices enable easy imaging of areas outside the MPI device, allowing objects of any size to be imaged and improving clinical applicability. However, ...

Maddow Blog | As Trump endorses his arrest, Newsom sees ‘unmistakable step toward authoritarianism’ 5 questions HR legally cannot ask you in a job interview — and what to do if they're ...

SGpL2TR comprises TRAIL and GpLuc domains optimized for cell-based applications. Our approach relies on the remote actuation of cubic-shape highly magnetic field responsive superparamagnetic iron ...

When set spinning, the setup mimics the roiling liquid iron in the Earth’s outer core, which forms electrical currents that generate the magnetic field in a process called a dynamo.

Most of these magnetic fields have a plausible origin story. For example, the swirling dynamo of molten iron and nickel inside Earth generates our planet's field.