Flexible fiber‐shaped Li‐CO2 batteries are regarded to be a potential candidate to power
accessories for wearable electronics due to their high theoretical energy density and carbon …

Despite the impressive progress in mesoporous materials over past decades, for those
precursors having no well‐matched interactions with soft templates, there are still obstacles …

This study presents a novel synthesis of self-standing MoP and Mo2N heterostructured
electrocatalysts with enhanced stability and catalytic performance. Facilitated by the …

The triple bond in N2 is significantly stronger than the double bond in O2, meaning that
synthesizing nitrogen-rich nitrides typically requires activated nitrogen precursors, such as …

The variation in crystallinity, morphology and phase of zinc tin hydroxide nanostructures are
investigated after annealing at different (oxidizing, non-oxidizing and reducing) …

Molybdenum nitrides and oxynitrides are of interest as catalysts for a wide variety of
applications. They are commonly synthesized via the high-temperature ammonolysis of …

Molybdenum nitrides and oxynitrides have been increasingly realized as (electro) catalysts
for a variety of reactions. In this context, the cubic “γ-Mo2N”, also known to contain oxygen in …

Hydrogen is presumed to be the most promising energy carrier for sustainable energy.
Herein, electrodes were made by thermal ammonolysis of CoMoO 4⋅ nH 2 O microrods …

Figure Page 1.1 The δ3-MoN structure with space group P63mc (No. 186) is shown above
with lattice constants a= 5.73 Å and c= 5.62 Å. Mo5N6 (space group P63/m, No. 176) is …

Hydrogen fuel is a clean energy source primarily because it emits no carbon dioxide (CO2).
Sustainable energy alternatives have attracted the scientific community and policymakers as …