Hi all,
I am currently working on a microfluidic system where two fluids are introduced with adjustable flow rates into a mixing chamber. The purpose of this system is to facilitate nanoparticle synthesis. The construction of the microfluidic part of my system is completed, and I have a working model of the mixing process that does not include the synthesis aspect.
My inquiry centers around whether anyone has expertise in modeling the synthesis that occurs within such a system. Specifically, I am interested in any type of synthesis modeling as my primary goal is to ascertain the feasibility of simulating this process. Additionally, I am curious to learn which physical principles I should take into account when developing my model.
Any guidance or references to relevant literature would be greatly appreciated.
Thank you in advance for your time and assistance.
I may have some input on this but, as always, there is a lot to understand first: The word "nanoparticles" covers a wide range of materials that can be formed under an even wider range of conditions. Do you have any particlular material in mind and are you thinking about som specific reaction conditions?
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