Outer fins cut hydrogen absorption time by nearly 60 percent in simulated LaNi5 metal hydride reactors
Simulations show that attaching copper fins to the outer wall of a LaNi5 metal hydride reactor cuts hydrogen absorption time ...
Simulations show that attaching copper fins to the outer wall of a LaNi5 metal hydride reactor cuts hydrogen absorption time ...
A new review in Carbon Neutral Systems synthesizes recent advances in geochemistry, adsorption, and reservoir simulation to evaluate the feasibility ...
Engineers developed a hybrid multi-stage robust optimization model that sizes battery storage in multi-energy microgrids against severe source-load fluctuations and ...
GeoEnergy Communications launches as a free open access journal dedicated to sustainable subsurface use for energy, storage and infrastructure.
Modeling of a Rotliegend-type reservoir shows that fault slip during primary production permanently redistributes stress, allowing renewed fault criticality during ...
A new Perspective argues that coupled thermo-hydro-mechanical-chemical-biological processes in fractured geological media will decide whether geothermal energy, carbon storage, hydrogen ...
A modelling study of an interactive solar PV system in Ashukino, Russia, found that combined off-grid and grid-tied panels totalling ...
An international team of 69 researchers has proposed a physics-aware AI framework, published in ACS Energy Letters, designed to make ...
A Tohoku University-led team built a curated database of more than 30,000 hydrogen storage data entries and used interpretable AI ...
A review finds that high-entropy hydrogen-storage alloys offer a tunable trade-off between capacity, speed and reversibility, with multiphase designs and ...
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© 2025 Scienmag - Science Magazine