Green nanoparticle synthesis at scale

The LESGO team at the University of Wuppertal has recently published an article in the journal Physical Chemistry Chemical Physics discussing a method called “pulsed laser ablation in liquid” (PLAL) to create nanoparticles. The paper looks at different factors that affect how well this method works, considering relevant factors such as the power of the laser used, how it is focused, the material being targeted, and the way the liquid behaves.

PLAL has the potential to be very useful in many industries, but it faces challenges, like not producing enough nanoparticles quickly. Some of the proposed ways to overcome this are using faster laser scanning, making the liquid flow smoothly, and adding special optical tools. The study suggests that better productivity can be achieved by using powerful lasers and fast-scanning methods. To improve even more, they recommend using automation and smart systems to control the process, as well as using advanced computer simulations.

In the future, using artificial intelligence and better scanning technology will be important to meet the demands of the market. By making PLAL more efficient, researchers can create environmentally friendly nanoparticles that can be used in various fields, benefiting researchers, consumers, and industries alike.

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Read the article: “Green nanoparticle synthesis at scale: a perspective on overcoming the limits of pulsed laser ablation in liquids for high-throughput production”