Member Profile
Patrick Ward
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Featured
A featured contribution.
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Contribution (6)
Patrick's contributions to IGERT.org.
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Recognition (3)
Patrick has been mentioned in the following items.
High Performance Metal Hydride Based Thermal Energy Storage Systems for Concentrating Solar Power Applications
Thermal energy storage systems based on metal hydride pairs using high efficiency materials are evaluated. The low temperature metal hydrides NaAlH4 and Na3AlH6 were cycled to determine stability of hydrogen... More »
Thermal energy storage systems based on metal hydride pairs using high efficiency materials are evaluated….
Alkali doped fullerenes synthesized by two different solvent assisted mixing techniques are compared…
Reversible hydrogen storage in a LiBH4:C60 nanocomposite (70:30 wt %) synthesized by solvent-assisted…
Herein is presented a novel, straightforward route to the synthesis of an alkali metal-doped fullerene…
Herein, we present a lithium-doped fullerane (Lix-C60-Hy) that is capable of reversibly storing hydrogen…
We report the synthesis of three new dipyrrinone imine analogues and the characterisation of their…
We report the synthesis of three new dipyrrinone imine analogues and the characterisation of their…
IGERT Patrick Ward (Chemistry)and Professor Robert Compton (Chemistry) from the University of Tennessee,…
While visiting family in June, IGERT Trainee Patrick Ward gave a presentation at the General Research…
