Hydrogen is a volatile element, both as a molecular gas and as atomic hydrogen in
materials. A method is described for the detection of the corresponding dynamic hydrogen in …

The methanol-to-hydrocarbons reaction uses a zeolite catalyst (typically H-ZSM-5 or SAPO-
34) to produce light olefins (mainly C2–C4) for chemical feedstocks and methylated …

We use in situ neutron imaging to observe the adsorption/absorption of hydrogen within a
packed catalyst bed of a Pd/C catalyst at a spatial and temporal resolution of∼ 430 μm and …

High‐entropy oxides (HEOs) are an emerging class of materials whose compositional
complexity has garnered attention because of their tailorable chemistries and unique …

Heterogeneous catalysts are the crucial element for many catalytic processes. In most of the
cases, the pivotal structure consists of catalytic metals/alloy particles supported by oxides …

The high sensitivity of neutrons for hydrogen and the large difference in protium vs
deuterium neutron cross sections make the neutron imaging pre-destined tool for the …

In the past, neutron imaging has been the little brother of advanced neutron spectroscopy
techniques due to its apparent simplicity. However, this simplicity allows the studying of …

Hydrogen is a pivotal component of the emerging energy transition serving as a chemical
energy carrier. There are various pathways to incorporate renewable (green) hydrogen into …