The hazards associated with handling hydrogen fuels have driven people to consider
alternative clean and sustainable fuel types. Ammonia shows significant potential for this …

Ammonia is sufficiently advantageous both for hydrogen storage and as a direct fuel cell
application. Over the past century, mechanistic and applied research of electrocatalytic …

Electrocatalytic reduction of nitrate to ammonia is a promising way to regulate the global
nitrogen cycle, and is also an important complementary means of ammonia synthesis …

The electrochemical ammonia oxidation to dinitrogen as a means for energy and
environmental applications is a key technology toward the realization of a sustainable …

Nickel is an attractive metal for electrochemical applications because it is abundant, cheap,
chemically resilient, and catalytically active towards many reactions. Nickel-based materials …

In the past few decades, renewable-energy-driven fuel cell technologies have been widely
investigated as promising approaches to alleviate the energy and environmental crisis …

Ammonia oxidation reaction (AOR) has attracted great interest in the context of
electrocatalytic hydrogen generation and direct fuel generation. Owing to its low theoretical …

Effective operation of electrocatalysts for the ammonia oxidation reaction (AOR) is typically
constrained by poisoning, rapid corrosion, and low Faradaic efficiencies (FEs). Aiming to …

Achieving high catalytic ammonia oxidation reaction (AOR) performance of Pt-based
catalysts is of paramount significance for the development of direct ammonia fuel cells …

The electrochemical ammonia oxidation reaction (AOR) has attracted considerable attention
in the past decades. However, the AOR mechanism on the electrode surface is still …