Quenched growth of nanostructured lead thin films on insulating substrates

Details Quenched growth of nanostructured lead thin films on insulating substrates Quenched growth of nanostructured lead thin films on insulating substrates

2004-04-16

arxiv.org/abs/cond-mat/0404393v2

Thin Solid Films, 458 (2004) 303-307

Physics

Condensed Matter

Materials Science

2 figures; accepted to Thin Solid Films

Scientific paper

10.1016/j.tsf.2003.11.188

Lead island films were obtained via vacuum vapor deposition on glass and ceramic substrates at 80 K. Electrical conductance was measured during vapor condensation and further annealing of the film up to room temperature. The resistance behavior during film formation and atomic force microscopy of annealed films were used as information sources about their structure. A model for the quenched growth, based on ballistic aggregation theory, was proposed. The nanostructure, responsible for chemiresistive properties of thin lead films and the mechanism of sensor response are discussed.

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