In this paper, we report the development of a vapor-assisted synthesis method for the metal–organic framework (MOF) HKUST-1 in both powder and film format.

Composites formed by a metal–organic framework (MOF) and an ionic liquid (IL) are potentially interesting materials for applications ranging from gas separation to electrochemical devices.

After successfully completing the public defense of his thesis, Guanghai was awarded his Ph.D.! His Ph.D. research focused on stereolithographic additive manufacturing for microfluidic device

Five bioscience engineering students will write their Master's dissertation under the supervision of Prof. Ameloot. (L-R)

Jennifer completed her cycle of studies at the University of Namur, receiving her Master’s degree in Industrial and Material Chemistry. She had the opportunity to conduct an internship at university

In this paper, we report a platform for the manufacture of autonomous CGGs through inkjet 3D printing on a powder bed.

A visualization of our paper 'Single-Crystal Capacitive Sensors with Micropatterned Electrodes via Space-Confined Growth of the Metal-Organic Framework HKUST-1' on the inside back cover of advanced

We are pleased to welcome a new postdoc to the Ameloot group! Prateek obtained his Ph.D. from the Birla Institute of Technology and Sciences (Pilani, India). The main focus of Prateek’s research will

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