Fabrication of hierarchical integrated 3D hollow MnS@MoS₂ microcubes via a template-controlled synthesis for asymmetric supercapacitors

Abstract

Advanced technologies and promising market have currently driven fast growth of supercapacitors, thus posing an urgent requirement for distinctive electrode materials with unique structures and excellent properties. Herein, MoS2 nanosheets...

Dual-Phase Coexistence Design and Advanced Electrochemical Performance of Cu2MoS4 Electrode Materials for Supercapacitor Application

“…As the scan rate increases, the redox peaks shift by a small amount to their respective directions, which may be due to the polarization effect of electrodes. The increase of peak current with scan rate may be ascribed to the increasing internal diffusion resistance . The ohm voltage drop that appears in the GCD curve in Figure b is caused by the internal electrode resistance and the contact resistance with electrolyte.…”

“…The increase of peak current with scan rate may be ascribed to the increasing internal diffusion resistance. 39 The ohm voltage drop that appears in the GCD curve in Figure 6b is caused by the…”

Designed fabrication of MoS2 hollow structures with different geometries and the comparative investigation toward capacitive properties

“…21 The hard template method has the following advantages over the soft template method: (1) the hard template method has considerable flexibility in the synthesis of nanomaterials. 22 (2) The experimental device is simple and the operating conditions are mild. 23 (3) It can prevent the agglomeration of nanomaterials.…”

Unveiling the potential of nanosheet-based NiTe2@MnTe hollow nanospheres in hybrid supercapacitor technology

“…In this regard, Ni or Mn-based chalcogenides, including NiS, 18 Ni 3 Se 2 , 19 MnS, 20 MnSe, 21 and NiSe, 22 have emerged as promising candidates for their affordability and impressive capacity. However, their poor electrical conductivity, which affects their longevity, poses a significant challenge.…”