Of hydrogen's three valence states - positive (+1), neutral (0), and negative (-1), the hydride ion (H-) is the most energetic and reactive, making it the central focus of our center. We are dedicated to uncovering the distinctive properties of hydride materials harnessing them to drive advances in hydrogen storage, ammonia synthesis, and hydride ion conduction.
Hydrogen exists in three valence states: +1, 0, and -1. Because of the highly energetic and reactive nature of the hydride ion (H⁻), hydrides are the primary research focus of our center. We aim to uncover the unique chemical and physical properties of metal hydrides and harness their potential to advance the science and technology of hydrogen energy, with a particular emphasis on hydrogen storage, ammonia synthesis, and hydride ion conduction.
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