We report for the first time the direct aerosol jet printing of a MOF material. The ultramicroporous MOF [Ca(C4O4) (H2O)] (UTSA-280) was deposited from an aqueous precursor solution.

High signal-to-noise (SNR)ratio is crucial to obtaining high-quality magnetic resonance images. However, a poor fit of fixed-size radiofrequency coils to the subject often limits the SNR both in

A warm welcome to Vetiga, Ines and Miruna! Three researchers have arrived to strengthen the Ameloot group over the coming months. During her six-month stay, Vetiga will work on an automated spray coat

In this report, a new strategy to readily fabricate surface-embossed micropatterns and surface-embedded gold electrodes on MOF single crystals using a space-confined, one-step solvothermal synthesis is demonstrated.

Welcome Santosh!

A warm welcome to Kateryna!

Alexander John Cruz is selected as one of the winners of the prestigious 2022 International Union of Pure and Applied Chemistry (IUPAC)-Solvay International Award for Young Chemists for his work in

In this paper, we report photocurable resin-silica composites with low thermal expansion for 3D printing microfluidic components onto printed circuit boards.

After a successful pilot run in November 2021, the outreach crew (also known as Teach STEM BE) of the Ameloot Group continues with their 2nd major activity, this time at the [Ecole Internationale Montgomery (EIM)][1] in Brussels on March 29. Curious learners from the middle years program (MYP) group of the EIM participated in the workshop with the support of the school head, Danielle Franzen, and chemistry teacher, Dr. Ricky Payen.

Metal–organic frameworks (MOFs) are promising materials to realize chemical sensors. However, achieving high sensitivities requires the reproducible deposition of well-defined MOF films and their