T.P. Carter, D.E. Horne, et al.
Chemical Physics Letters
We present here a study of the motion of an air-bearing slider at low flying heights as it accesses over a particulate disk and interacts with asperities on the surface. The measurements are made using a capacitance technique, with a specially made multi-sensor slider and high bandwidth electronics, The slider's motion is captured using a fast digitizer and reconstructed in motion picture format. Three data sets are discussed as examples of the different types of motion which can occur due to the slider-disk interaction. © 1987 IEEE
T.P. Carter, D.E. Horne, et al.
Chemical Physics Letters
L. Kador, D.E. Horne, et al.
Journal of Physical Chemistry
K. Köhler, D.E. Horne, et al.
Journal of Applied Physics
P. Herchenröder, Y. Segui, et al.
Physical Review Letters