… The motivation of this research is to synthesize a single phase pure FeCoNiCuZn high
entropy alloy using low-cost induction melting technique and use it for high performance …

… supercapacitor, such as differences in charge storing mechanism of electric double layer
capacitive (… supercapacitor devices; and recent advances in HEAs as an electrode material for …

… in this work, CCNFM HEA exhibits higher specific capacitance around 264 F g −1 at 1 A g
−1 , as shown in Fig. 4(e) Various HEA-based materials, such as (CrMnFeCoNi) 3 O 4 , 27 (…

… Supercapacitors have gained more research attention because of their high … capacitors and
batteries. In this aspect, various electrode materials are developed for supercapacitors; metal …

… , has promising potential to improve specific capacitance and paves the way to develop
both the preparation of high-entropy alloys and supercapacitors with improved performance. …

… (HEA) and its electrochemical property as supercapacitor electrode have been investigated
… for supercapacitor, Cr–Fe rich nanoporous structure exhibits high volumetric capacitance of …

… concept of high-entropy alloys is described, the synthesis and basic properties of high-entropy
alloy nanoparticles are reviewed, and the research focus of high-entropy alloys in several …

… synthesis which promoted their performance in supercapacitors. Metal oxides (eg Co 3 O 4
, … in supercapacitors due to their good electrochemical performance in specific capacitance, …

… For example, Radhakrishnan et al. prepared NiCo alloy films by electrodeposition that have
achieved a specific capacitance of 83.33 mF cm −2 (0.5 mA cm −2 ) and long-term cycling …

… CoCrFeNiMn high entropy alloys are among the most well-studied high entropy … A detailed
comparison of areal capacitance values reported in this study with various supercapacitor …