STRUCTURE AND PROPERTIES OF AN AMORPHOUS MICROWIRE

Problem of the production, investigation, and use of a microwire with an amorphous vein structure are discussed. It is determined that the m agnetic properties of microwires depend heavily on the domain structur e. It is established that a domain-free structure, which is characteri zed by a high coercive force, is also possible in a microwire. The phe nomenon of natural ferromagnetic resonance (NFMR) in an amorphous micr owire in the range of superhigh frequencies is investigated experiment ally. The significance of an internal field of anisotropy, which gives rise to NFMR is examined. Theoretical relationships describe experime ntal data on NFMR well.