Film carriers for super-high-density magnetic storage

The problem of increasing the recording density in magnetic storage devices is considered. It is shown that nanograined magnetic film media are candidate materials for magnetic data carriers. For these materials to completely meet the requirements for super-high-density magnetic carriers, appropriate structure ordering must be set in the films. To this end, it is suggested to take advantage of the high adsorbability of 3 d metal nanoparticles on high-molecular compounds. To produce the carriers based on these materials with a recording density of as high as 10 10 bit/cm 2 , nanoparticles of size ≤5 nm should be embedded in a polymer matrix. To do this, it is necessary to combine chemical and physical methods for nanocomposite production.