Diamond-Like Atomic-Scale Composite Films: Surface Properties and Stability Studied by STM and AFM

B. Dorfman; M. Abraizov; F.H. Pollak; R. Eby; Z.-Y. Rong; M. Strongin; X.-Q. Yang

Applications of Diamond Films and Related Materials: Third International Conference
Technical Digest Series (Optica Publishing Group, 1995),
paper DLCBM769

Diamond-Like Atomic-Scale Composite Films: Surface Properties and Stability Studied by STM and AFM

B. Dorfman, M. Abraizov, F.H. Pollak, R. Eby, Z.-Y. Rong, M. Strongin, and X.-Q. Yang

Applications of Diamond Films and Related Materials 1995

Gaithersburg, MD United States
21–24 August 1995
ISBN:

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Diamond-Like Carbon-Biomedical and Mechanical (DLCBM)

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B. Dorfman, M. Abraizov, F. H. Pollak, R. Eby, Z. -. Rong, M. Strongin, and X. -. Yang, "Diamond-Like Atomic-Scale Composite Films: Surface Properties and Stability Studied by STM and AFM," in Applications of Diamond Films and Related Materials: Third International Conference, Technical Digest Series (Optica Publishing Group, 1995), paper DLCBM769.

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Abstract

Amorphous "diamond-like/quartz-like" composites a-(C:H/Si:O) and metal containing a-(C:H/Si:O/Me) constitute a novel class of diamond-related materials with a number of unique bulk and surface properties. In order to gain a more fundamental understanding of the surface properties and stability of these solids we have performed a scanning tunneling and atomic force microscopy investigation of both a-(C:H/Si:O) and a-(C:H/Si:O/Me) films, including the effects of ion bombardment and annealing.

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