Multifunctional architecture with intriguing structural design is highly desired for realizing the
promising performances in wearable sensors and flexible energy storage devices. Cellulose …

The remarkable progress in the production of two-dimensional (2D) materials has brought
about a fundamental change in material chemistry, significantly impacting the manufacturing …

Research into textile supercapacitors (TSCs) for portable and wearable energy storage
devices is gaining traction. This is rooted in TSCs' exceptional properties, such as being …

Defect engineering, such as introducing heteroatoms and vacancies into the electrode
materials, provides a feasible strategy for boosting the electrochemical characteristics of …

Abstract One-dimensional (1D) fiber-based batteries stand as a promising route for next-
generation wearable devices, owing to their combined energy storage capability and …

NiCo2S4@ N-CNT composites with multidimensional hierarchical structures are rationally
designed and synthesized by a simple two-step hydrothermal strategy, aiming to achieve …

Supercapacitors have emerged as promising electrochemical storage, offering advantages
such as rapid charge/discharge rates and environmental friendliness. Nevertheless, their …

Construction of heterostructure is regarded as an effective strategy for enhancing the
electrochemical performance of electrode materials for supercapacitor. Moreover, the …

High energy density is still difficult to achieve using existing metal sulfides because of their
low specific capacitance. To improve capacitance, a series of nickel and cobalt metal …

Although extending conductive polymer chains into the pores of Metal–Organic Frameworks
(MOFs) leverages their advantage of high conductivity and ultra‐high surface area for …