Supercapacitor (SC) and oxygen evolution reaction (OER) require highly efficient
multifunctional catalysts prepared from non-noble metals and heteroatoms. In this work, we …

Downsizing alloy anode materials has been demonstrated as an efficient strategy to
alleviate volume expansion and prolong the cycling performance for lithium (Li) ion storage …

An electron microscopy investigation was performed to understand the relationship between
the microstructure and properties of carbonized cellulose and lignin (softwood kraft lignin) …

The transformation of waste biomass into nitrogen-doped carbon-based functional materials
is recognized as an economical route for energy production and conversion. Waste diapers …

To suppress the volume expansion and thus improve the performance of antimonene as a
promising anode for lithium-ion batteries, we have systematically studied the stability …

A novel N‐doped carbon nanotube aerogel has been synthesized by pyrolysis of the three‐
dimensional tubular polypyrrole networks and evaluated as a metal‐free electrocatalyst for …

Three-dimensional porous carbon materials were synthesized by the one-step pyrolysis of
organic salts with different numbers of hydroxyl groups on the side chain (sodium tartrate …

Sodium-ion batteries (SIBs), a promising candidate for large-scale energy storage systems,
have recently attracted significant attention because of the low cost and high availability of …