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Z-DOL and carbon overcoat: bonding mechanism

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2 Author(s)
Kasai, Paul H. ; IBM Almaden Res. Center, San Jose, CA, USA ; Spool, A.M.

It has been postulated earlier that the bonding between Z-DOL and sputtered carbon occurs when a hydrogen atom is transferred from a hydroxyl end of Z-DOL to a dangling bond site shielded inside the sp3 (diamondlike) granules of the carbon film, and the Z-DOL moiety is linked to the carbon as an alkoxyl group, HO-CH2-CF 2-O-(-CF2-CF2-O-)m-(-CF 2-O-)n-CF2-CH2 -O-[carbon]. The postulated mechanism predicts that the Z-DOL bonding should occur spontaneously if freshly sputtered carbon were exposed to Z-DOL molecules without prior exposure to air, and that, for disks lubricated with Z-DOL, there would be less hydroxyl hydrogens, and there would exist the alkoxyl units depicted above. A recent reported result on vacuum deposition of Z-DOL (without prior exposure to air) clearly revealed the predicted spontaneous bonding, and analyzes by TOF-SIMS of disks lubricated with Z-DOL demonstrated the predicted decrease of the hydroxyl hydrogen and emergence of the predicted alkoxyl units as the bonding fraction of Z-DOL increases

Published in:

Magnetics, IEEE Transactions on  (Volume:37 ,  Issue: 2 )

Date of Publication:

Mar 2001

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