We report the discovery of a rule-breaking two-dimensional aluminum boride (AlB 6 –ptAl–array)
nanosheet with a planar tetracoordinate aluminum (ptAl) array in a tetragonal lattice by …

As an environmentally friendly and sustainable strategy to produce ammonia, the electrocatalytic
nitrogen reduction reaction (eNRR) is facing the challenge of low conversion rates and …

A systematic study on the catalytic performance of dual transition metal atoms (3d, 4d and 5d)
embedded in three types of N-doped graphene (DV, TV, QV) for electrocatalytic nitrogen …

Electrosynthesis of ammonia under mild conditions has been impeded by the lack of high-performance
electrocatalysts. Inspired by the high activity and selectivity of single-atom …

Planar hypercoordinate compounds are fascinating but challenging to be realized. The
difficulty in stabilizing and fabricating such compounds prevent us from in‐deep understanding …

The ever-increasing anthropic NO emission from fossil fuel combustion has resulted in a series
of severe environmental issues. Ambient electrocatalytic NO reduction has emerged as a …

Platinum metal (PtM, M=Ni, Fe, Co) alloys catalysts show high oxygen reduction reaction (ORR)
activity due to their well‐known strain and ligand effects. However, these PtM alloys …

In order to clarify the influence of grain size on cyclic deformation response of superalloy
sheets and springback behavior, cyclic loading–unloading and shearing tests were performed …

Ammonia (NH 3 ) is a vital chemical compound in industry and agriculture, and the
electrochemical nitrogen reduction reaction (eNRR) is considered a promising approach for NH 3 …

Since the discovery of graphene, 2D materials have captured the minds of scientists because
of their attractive and unique electronic properties. In particular, magnetic 2D materials …