Abstract
This manuscript describes and presents results obtained with an inline optical CVD system operating at low temperature (<1100K) and at atmospheric pressure. Nanocrystalline silicon layers were grown on top of a moving (>10mm/min) compressed silicon powder substrate. The deposition parameters, together with the silicon powder substrate feature, provide a solution for a contamination free layer to be detached and used as a pre-ribbon for solar cell formation. 15cm long nanocrystalline silicon pre-ribbon samples were grown at a speed of 10mm/min with depositionrates up to 90μm/min.
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