Title :
Advanced magnetic tape technology for linear tape systems: Barium ferrite technology beyond the limitation of metal particulate media
Author :
Shimizu, Osamu ; Harasawa, Takeshi ; Noguchi, Hiroki
Author_Institution :
Recording Media Res. Labs., FUJIFILM Corp., Odawara, Japan
Abstract :
We surveyed the history of using metal particulate media in linear tape systems to enhance cartridge capacity, discussed the metal particulate media limitations, and introduced advanced barium-ferrite-particulate-media-based magnetic tape technology, focusing on the use of magnetic particles, surface profile design, and particle orientation control. The increase in cartridge capacity has been accelerated by combining barium ferrite particles with ultrathin layer coating technology and by controlling the barium ferrite particle orientation and surface asperities, which reduce the surface frictional force without increasing the head-to-media spacing.
Keywords :
barium compounds; coatings; ferrites; magnetic particles; magnetic tapes; advanced barium-ferrite-particulate-media-based magnetic tape technology; advanced magnetic tape technology; barium ferrite particle orientation; barium ferrite technology; cartridge capacity; head-to-media spacing; linear tape system; magnetic particle; metal particulate media; particle orientation control; particulate media limitation; surface asperity; surface frictional force; surface profile design; ultrathin layer coating technology; Barium; Ferrites; Magnetic recording; Media; Rough surfaces; Surface roughness; archive; barium ferrite; linear tape system; magnetic recording;
Conference_Titel :
Mass Storage Systems and Technologies (MSST), 2014 30th Symposium on
Conference_Location :
Santa Clara, CA
DOI :
10.1109/MSST.2014.6855556