Two-dimensional black phosphorus (TDBP) is desirable for electrical devices due to its
adjustable direct band gap (0.3 to 2.0 eV), high mobility of carriers (∼ 1000 cm 2 V− 1 s− 1) …

Among energy storage devices, flexible supercapacitors are the research hotspot and are
used to power up electronic devices that are wearable and portable owing to their excellent …

The metal-organic-frameworks (MOFs) have attracted considerable attention as potential
electrode materials for energy storage devices. In the present work, niobium (pyridine-2, 6 …

For the first time, a bottom-up approach was adopted to prepare free-standing orthorhombic
Nb 2 O 5-anchored carbon nanofibers (Nb 2 O 5@ CNFs) hybrid paper via in-situ …

Electrode materials with high electrochemical activity and a favorable morphology are highly
desired for improving the energy density of supercapacitors. A ternary metal sulfide with …

The kernel of the walnut constitutes a nutrient-dense food source. However, the walnut shell
is useless and was thrown away. Therefore, as a small initiative towards waste-to-wealth …

In this investigation, self-standing core-shell manganese molybdenum sulfide/carbon
nanofiber (MnMoS 4@ CNF) hybrid mats were fabricated and evaluated their …

Carbon nanofibers (CNFs) are a fascinating electrode material for energy storage devices
due to their one-dimensionality, interconnected networks, and chemical stability. However, a …

Using renewable biomass precursors to develop high-performance carbon electrodes is a
promising approach for the advancement of supercapacitors. This work proposes a feasible …

Recently, magnesium molybdate materials have attracted scientific attention for application
in supercapacitor devices due to advantages like low synthesis cost and good redox …