Simulations suggest that the radial breathing mode of a dodecahedrane cage can compress confined hydrogen to hundreds of gigapascals, mapping onto high-pressure hydrogen phases.
High- pressure behavior of hydrogen and deuterium at low temperatures
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New opportunities for high pressure hydrogen achieved by fullerane vibrating modes: an ab initio study
Simulations suggest that the radial breathing mode of a dodecahedrane cage can compress confined hydrogen to hundreds of gigapascals, mapping onto high-pressure hydrogen phases.