Separating hydrogen and deuterium is among the most formidable separation challenges. One method is using porous materials as Quantum Sieves, where chabazite zeolites (CHA) are highly effective at sep
In this work, a systematic computational study was performed to investigate the quantum sieving in nine typical metal–organic frameworks (MOFs) for the separation of hydrogen isotope mixtures. The res
Data used to plot figures in the article "Gas cell studies of thorium using filament dispensers at IGISOL". Please see the file names for further information. Countrate are not necessarily cps.
Separating hydrogen and deuterium is among the most formidable separation challenges. There is a growing demand for deuterium, due to its use for isotope specific experiments and labelling studies in
