Magnetic storage density

Today, magnetic information carriers are widespread, and no other technology can compete in storage density and rate of access to stored data. Further improvement in performance requires the development of new magnetic materials with high saturation magnetic flux density, appropriate coercivity and suitable magnetic characteristics. 

Th serve for storage of information because of their large storage density. The use of gadolinium metal as a heat puitp is a further magnetic application in v ch the Curie Point, v ch lies at room tenperature for this material, can be very well utilized. 

Tribology of Contact/Near Contact Recording for Ultra High Density Magnetic Storage, ASME/STLE Tribology Conference, San Francisco, CA. 

C-N thin films could be an attractive diamond-like coating material for thermal management in multi-chip modules and micro-scale devices [35]. The field-emission properties of C-N thin films were studied, and indicated an enhancement in the emitted current density [36]. It has been predicted that this material would, as a consequence, have a wide range of potential applications, such as in electronic packaging and wear protective coatings for magnetic storage devices [37]. 

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