With the relentless development of smart and miniaturized electronics, the worldwide thirst
for microscale electrochemical energy storage devices with form factors is launching a new …

All-solid-state supercapacitors constructed with effectively composited materials are
required urgently for the next generation of portable electronic devices. Herein, two …

The energy density of aqueous asymmetric supercapacitors (ASCs) is usually limited by low
potential windows and capacitances of both anode and cathode. Herein, a facile strategy to …

The exploration of heterostructure materials with unique electronic properties is considered
a desirable platform for fabricating electrode/surface interface relationships for constructing …

Manganese dioxide (MnO2) materials have received much attention as promising
pseudocapacitive materials owing to their high theoretical capacitance and natural …

The potential window for aqueous supercapacitor cathodes greatly depends on the
electrochemical stability of water, and thus is generally limited to∼ 1.2 V. Herein, a 1.4 V …

Devices for electrochemical energy storage with exceptional capacitance and rate
performance, outstanding energy density, simple fabrication, long-term stability, and …

We for the first time report a novel kind of supercapacitor using hierarchical MoS 2/Mn 3 O 4
hybrid architectures as electrodes based on layered MoS 2 and Mn 3 O 4 nanoparticles via …

Although δ-MnO2 with a layered structure is a promising electrode material for
supercapacitors, its poor electronic conductivity and structural instability limit its …

High volumetric energy density (VED) is essential for supercapacitors' practicality, but is
extremely challengeable when high mass-loading is simultaneously demanded, because …