We report a comprehensive study of the temperature evolution of in-plane (IP) and out-of-
plane (OOP) effective magnetic anisotropies in compensated ferrimagnetic Fe 100− x Gd x …

Excitation by a femtosecond laser pulse is an efficient method to control various ultrafast
spin manipulation processes, eg, ultrafast demagnetization, remagnetization, and damping …

Both the ferromagnetic and exchange resonance modes were investigated in the
ferrimagnetic Gd x (Co80Fe20) 100–x nanoscale thin films by using an all-optical pump …

The impact of kiloelectronvolt He+ and kiloelectronvolt Ne+ ion irradiation on the magnetic
properties of rare earth-3 d transition metal amorphous alloys was investigated. The studies …

The electrochemical growth of Heusler alloy film with good morphological quality and
crystalline order using single-crystalline substrate is demonstrated. Static magneto optical …

The ultrafast demagnetization dynamics of 3d and 4f spins, respectively, in FeCo and Tb of
TbFeCo alloy film are studied independently by employing a dual-color time-resolved …

Atomically thin graphene layers can act as a spin-sink material when adjacent to a
nanoscale magnetic surface. The enhancement in the extrinsic spin–orbit coupling (SOC) …

Alterations of magnetic properties associated with a large surface-to-volume ratio are of
great importance for all magnetic nanosystems. In particular, amorphous rare-earth …

Artificial ferrimagnetic [D0 22-Mn 3 Ga/Co 2 MnSi] N superlattices ([Mn 3 Ga/CMS] N SLs)
combining perpendicular magnetic anisotropy as well as exceptional thermal and magnetic …

From portable electronics to high-performance computing, the requirement for miniaturized
and high-efficiency power supply is ever-increasing. Soft magnetic material with higher …