Scalable, one-step flame aerosol synthesis excels at creating nanoparticles

https://www.buffalo.edu/provost/messages.host.html/content/shared/university/news/news-center-releases/2024/11/flame-aerosol-nanoparticles-studies.detail.html

"faster, cost effective, easy-to-use... control flame, nanoparticle size/ distribution, cost... MOFs with lower porosity but small grain size, short-range ordered structures, high thermal stability, 1-step creation... circumvents thermodynamic barriers allowing mixing 2 metal elements into single MOF... create high-entropy ceramic nanoparticles incorporating up to 22 elements... MOFs, inks, air filters, catalysis, sensing, energy storage"