Two-dimensional polymers (2DPs) are molecularly thin networks consisting of monomers
covalently linked in at least two directions in the molecular plane. Because of the unique …

Abstract 2D metal–organic frameworks (MOF) have demonstrated exceptional properties
and advantages for applications in catalysis, membrane separation, medicine, and energy …

The electrochemical nitrogen reduction reaction (NRR) is expected to achieve sustainable
ammonia synthesis via direct nitrogen fixation; however, the high-quality catalysts that play a …

Direct electrochemical ammonia synthesis from nitric oxide is regarded as an attractive
strategy to degrade NO contaminants into valuable NH3, but the scarcity of high-efficiency …

Graphdiyne (GDY) is an appealing two-dimensional carbon material, but the on-surface
synthesis of a single layer remains challenging. Demetalation of well-crystalline metal …

Recently, mixed honeycomb–kagome lattices featuring metal–organic networks have been
theoretically proposed as topological insulator materials capable of hosting nontrivial edge …

Customizing catalytic reaction pathways by precisely designing the metal active sites and
electron–hole separated channels of metal oxides to simultaneously achieve a high yield …

Exploring the influence of impurity incorporation on the stability and conductivity of crystal
structures is crucial for energy materials and devices, which have catapulted to the forefront …

Conformational arrangements within nanostructures play a crucial role in shaping the
overall configuration and determining the properties, for example in covalent/metal organic …

Graphene and graphyne electrodes are both relevant for electrochemical energy storage
applications due to their unique physical, chemical, and electronic properties. Graphyne has …