Nanoflower‐like composites have greater contact area and more redox reactive centers,
which have great potential in the application of electrode materials for supercapacitors. A …

In this work, high-performance biocompatible nano-biocomposite artificial muscles were
developed via various thicknesses of renewable microporous ionic electrolytes (ICEs) made …

With the procedure of H 2 gas templated electrodeposition and subsequent galvanic
replacement reaction, we successfully fabricate the Ni foam@ Ag-Ni (Ni foam coated with Ag …

The integration of fuel cell device and supercapacitor device into a singular hybrid power
source at the electrode level can make the best use of the advantages of each individual …

To tackle the issues of slow heating/cooling process and underutilization of heat in the
traditional electric furnace pyrolysis, a fast Joule-heating pyrolysis is herein reported. The …

A metal–organic framework (MOF), namely SCNU-Z3, based on an imidazole-tetrazole
tripodal ligand and Mn (II), has been constructed. It exhibits a porous 3D framework …

One kind of polyaniline (PANi)–based flexible electrodes for all–solid–state supercapacitor
with ultrahigh areal capacitance and cycle stability is fabricated through electrochemical …

Considering the excessively high onset potential on pure Ni catalyst and the generation of
gaseous products in carbohydrazide (CHZ) electrooxidation, a self‐supporting and shell …

The traditional electric furnace pyrolysis to produce heteroatom doped carbon faces the time-
consuming issue due to the fixed size of furnace chamber and indirect heat transfer. Herein …

For the first time, a fast Joule-heating pyrolysis method for preparation of heteroatom-doped
carbon material is reported. The Joule heat induced by direct current (DC) voltage, which is …