Forecasting indoor temperatures during heatwaves using time series models by Matej Gustin, Rob McLeod, Kevin Lomas

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Evaluation of the vapor hydrolysis of lithium aluminum hydride for mobile fuel cell applications by Elizabeth Ashton, William Oakley, Paul Brack, Sandie Dann

“…Thermogravimetric analysis showed that water was re-tained to 300 °C and 320 °C in the two phases making thermal recycling of the water retained impractical and casting doubt on whether generating hydrogen on the move by vapor hydrolysis of LiAlH4 is practical.…”
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Vapour hydrolysis of complex metal hydrides for mobile hydrogen storage and delivery by Elizabeth Ashton

“…The high level of hydration of the LDH and presence of carbonate indicated that the feed stream was contaminated with CO2 and that the highly hydrated product would be detrimental to the mobile hydrogen production process; restricting recyclability of the water carried. Synthesis in a glove box indicated that the hydroxide derivative of the LDH, [LiAl2(OH)6]¬OH·2H2O, could be prepared, but the water content remained significant, equating to 17 % of the carried weight. …”
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