Thermomagnetic analysis is performed by bringing subject materials into its cooled and
heated state, followed by analyzing the magnetic moment change. Performing these would …

A thermomagnetic analysis is a study of how a material reacts to the change in temperature.
The analysis is conducted by cooling and/or heating the material and observing the change …

The Curie temperature, also called the Curie point, is the temperature at which magnetic
material undergoes a phase transition from ferromagnetic to paramagnetic properties. The …

Here, we introduce a newly developed and easy-to-use toolbox for modeling magnetization
curves in MATLAB. The tool implements the physically based approach recently proposed …

Ferromagnetic materials are now interested by researchers as they have applications in
various industries. Due to the complexity of the materials, an important contribution to …

Heat-Assisted Magnetic Recording (HAMR) is a likely successor of Perpendicular Magnetic
Recording (PMR) in the Hard disk drive industry. In PMR, recording performance is strongly …

Isothermal Remanent Magnetization (IRM) is a method used to observe the magnetization of
materials by applying DC magnetic field at a constant temperature. The observed value of …

Various magnetic materials (for example, ferro, ferri, antiferromagnetic) are characterized by
their respective transition temperatures (for example, Curie and Néel transitions) …

Estimation of magneto-caloric effect is crucial to determine a material's suitability for the
desired operating conditions. The magneto-caloric effect can be measured in two ways-the …

The proposed software allows students to get aware of the importance of the experimental
data accuracy in magnetism. A common error source for the magnetization curves (including …