Nanoparticles Size Distribution Assessment During Early Synthesis Stages

Nanotechnology, an innovative field of material science, designs and produces nanostructures materials with unique properties that make them suited for various bioengineering applications. The shape the dimension are main variables depending on method synthesis or chemical precursors. Silver nanoparticles obtained through exhibit as strong antibacterial effect if their size lays in a well-defined range. However, small such particles, range nanometers to several tens nanometers, requires specific techniques Dynamic Light Scattering Transmission Electron Microscopy, both being affected by certain assumptions high cost long time required measurement. A nonconventional based Direct Particle Tracking can be used produce particle distribution early nanoparticle stages. work presents realistic computer simulation diffusion performed CHODIN code assessment using written this purpose. results consistent states proof concept stages synthesis.