Real-time monitoring and control for high-efficiency autonomous laser fabrication of silicon nanoparticle colloids

摘要: Nanotechnology is a significant research tool for biological and medical with major advancements achieved from nanoparticle (Np) applications in biosensing biotherapeutics. For laser ablation synthesis solution (LASiS) to be chosen by researchers Np colloid production, the process must effectively compete chemical terms of produced quality productivity while taking advantage LASiS benefits its ‘green-synthesis’ single-step functionalisation abilities. In this work, newly developed integrated manufacturing system presented including flow reactor design, an at-line size monitoring via 180° dynamic light scattering, UV-Vis spectroscopy used estimate concentration stability. The experimental outcomes are discussed these measurements DLS systems. instrument was validated off-line SiNps DLS, morphology tests TEM. Ultra-high fabrication rate efficiency reported here.