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With identical extent of energy deposition, alteration in silicon fibrous structure was performed using variation in laserpower and scanning-speed. For validation and further comprehension, SEM analysis and reflective behavior of the surface were studied. Our results show that due to the unique nature of energy deposition by laser ablation process, we could generate relatively denser and defined fibrous structure in considerably shorter period of time at relatively higher laser power and scanning speed. In addition, by controlling the ablation condition, optical behaviors of the generated nanofibrous thin-film (light absorption and reflection) can be customized.

Diverse Nanofibrous Silicon Structures Induced by Identical Plasma Energy Deposition