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1 Φεβ 2020 · Hydrogen is expected to display remarkable properties under extreme pressures and temperatures stemming from its low mass and thus propensity to quantum phenomena.
14 Νοε 2019 · Here, we demonstrate explicitly that coupled cluster theory can serve as a computationally efficient theoretical tool to predict solid hydrogen phases with high accuracy.
The system provides a full equation of state that can be used over the temperature range 13.957 K to 400 K at pressures to 1210 bar. This calculator provides isothermal, isobaric, and isochoric properties for hydrogen in units specified by the user.
1 Σεπ 2020 · In this review, recent advances regarding in situ measurement technologies for solid-state hydrogen storage materials are summarized, mainly focusing on metal hydrides and complex hydrides. The working principles together with the devices used for the in situ methods are briefly introduced.
Solid hydrogen is the solid state of the element hydrogen, achieved by decreasing the temperature below hydrogen's melting point of 14.01 K (−259.14 °C; −434.45 °F).
INTRODUCTION. The new hydrogen economy requires a variety of storage, distribution and dispensing technologies. Solid hydrogen carriers (SHC) and in particular metal hydrides (MH) are a commercially viable alternative to compressed gas or liquid hydrogen storage solutions.
Solid Hydrogen. Introduction. Hydrogen is probably the most extensively studied form of matter that exists (e.g. [1], [2] because many of its important properties can be predicted theoretically from first principles, and because these results can be compared with experimental data.
