| PAPER Special Issu on Information Storage Technologies for the 21stCentu Structure and Md hanics Study of Slider Design for 5--15 nm Head-Disk Spacing Gang SHENG +a) (2007) | |||||||||||||
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| integrHfiN sliderPBN8 ension system was designed andprP[N yped. Thestr8N03H of this system has a full flyingairD earD0 sur083 in the leadingpar with a contaminationrtamina t featurB and it accommodates aslider with a 5--15 nm head-disk spacing at thetrP89DD par8 Per9DDfiPB9 analysis and simulation wer conducted to validate the high perfi/fiPB9D/ of the design. Two key issues, thereP8 motions(vibrPH/fi/[ and the elastic motions of theslider wer investigated systematically. For thereP0 motions, it was found that thenatur8 frr88NPB9 of theslider systemar dependent on the disk contact sti#ness and that theslider vibrDPB9 under excitation exhibit var3H0 nonlinear rlinear9 For the elastic motions, the aver9 [ elastic rla onse of theslider bodyunder thereP8[ inter/3HDP of the inter/[/ wasder9 ed and char/HPB/03fifi | |||||||||||||
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