SmCo5 constitutes one of the strongest classes of permanent magnets, which exhibit
magnetocrystalline anisotropy with uniaxial character and enormous energy and possess …

SmCo5 is a well-established material in the permanent magnet industry, a sector which
constantly gains market share due to increasing demand but also suffers from criticality of …

Graphene and graphene-like two-dimensional layered nanomaterials-based
photoelectrochemical (PEC) biosensors have recently grown rapidly in popularity thanks to …

The intermetallic compounds based on the tetragonal ThMn 12 prototype crystal structure
have exhibited great potential as advanced rare-earth-lean permanent magnets due to their …

Alloying with transition metal elements akin to Sm (CoFeCuZr) z can effectively enhance the
magnetic properties of SmCo-based permanent magnets. However, the effects of transition …

Previous studies have demonstrated that increasing Fe doping content can enhance the
saturation magnetization and maximum energy product of 2: 17-type Sm-Co rare-earth …

The beam structure is the main load-bearing structure of engineering projects. High-order
shear beams are widely used in engineering. Therefore, damage identification of beam …

The formation and evolution of SmCo5/Sm2Co17 (1: 5H/2: 17R/H) cellular structures play an
essential role in understanding the coercivity of Sm-Co magnets. Herein, the pristine and …

14: 2: 1 phases enable permanent magnets with excellent magnetic properties. From an
application viewpoint, saturation polarization, Curie temperature, and anisotropy constant …

SmCo5 is a well-established material in the permanent magnet industry, a sector which
constantly gains market share due to increasing demand but also suffers from criticality of …