過度金屬氧化物在綠色能源的應用契機

Potentials of applying transition metal oxides in green energy.

尋找高效的產氫方式是發展綠色和可持續能源的重要方面，在本文中，我們將以過度金屬氧化物LiNiO2為例子，闡述如何透過結合電子量子結構等概念，來理解Oxygen Evolution Reaction (OER)的化學進程機制。我們發現LiNiO2具有雙關聯氧化態d8𝐿1−𝛿d8𝐿1+𝛿，而其中氧化態d8𝐿1+𝛿是主導OER化學進程的關鍵角色。

Finding efficient hydrogen production methods is an important aspect of developing green and sustainable energy. In this report, we will take the example of the transition metal oxide LiNiO2 to elucidate how the chemical processes of the Oxygen Evolution Reaction (OER) can be understood through concepts such as electronic quantum structure. We discovered that LiNiO2 exhibits a dual-coupled oxidation state of, where the oxidation state plays a critical role in driving the OER chemical processes.