Liquid-liquid segmentation is a common method to prevent reactor fouling when
synthesising nanoparticles in flow, despite limiting synthetic protocols to single reagent …

The demand of gold nanoparticles (AuNPs) is growing steeply as a result of the remarkable
advances in the applications of this product in the healthcare and diagnostics sectors. To …

Gold nanoparticles (AuNPs) are one of the most studied nanomaterials with applications
spanning from catalysis to biomedicine. While numerous chemical protocols exist that allow …

A tube-in-tube membrane-dispersion microreactor is designed for the continuous synthesis
of a liquid crystal intermediate without clogging. Under the optimal conditions, the …

The primary limitation of millifluidic reactors used for (nano) particle synthesis is fouling,
which is inherent to small channel devices. This work presents an approach for fouling-free …

Gold nanoparticles have diverse applications, requiring advancements in their synthesis that
facilitate scale up, size control and reproducibility. Using a seeded-growth method in a 20 …

Nano-CeO 2 has been widely used in catalysis, polishing, coating, biomedicine, and other
fields, but controlling particle size and homogeneity using conventional reaction techniques …

In this study we compare three droplet microreactors for the synthesis of cerium oxide
nanoparticles (CONs) and calcium phosphate crystals (CaPs) and discuss their suitability for …

In order to exploit the unique optical properties of gold nanoparticles, precise size and
shape control is required. We have designed and constructed the highly customizable …

Syntesen av guld (Au) nanopartiklar (NP) har fått betydande uppmärksamhet på grund av
deras justerbara optiska egenskaper och breda användningsområden, såsom biosensorer …