Transition bimetallic compounds are exploited as high-capacity electrode materials for
supercapacitors due to their abundant electroactive sites and electrical conductivity …

Even though the transition metal oxides (TMOs) are theoretically favorable for
supercapacitors, the low electrical conductivity and durability hinder their major practical …

The potential of mixed metal chalcogenide nanostructures as battery-type electrodes for
hybrid supercapacitors is gaining interest due to their superior electrochemical properties …

Mixed metal sulfides (MMSs) combined with carbonaceous materials are considered
effective electrode materials for supercapacitors owing to their satisfactory capacity and rate …

Owing to their metalloid characteristics with high electrical conductivity, transition metal
phosphides (TMPs) have attracted considerable research attention as prospective cathodes …

The research on the structure of advanced electrode materials is significant in the field of
supercapacitors. Herein, for the first time, we propose a novel 3D/3D composite structure by …

Advancements in renewable energy conversion can be significantly propelled by optimizing
the performance of transition-metal-based electrodes. In this study, we introduce an …

In the pursuit of developing superior hybrid supercapacitors, it's vital to secure positive
electrode materials that maintain morphological integrity. In this regard, we have …

Nano-hybridization of a core–shell structure integrating a transition metal selenide with
transition metal oxides on the surface of a carbonaceous material embellished 3D substrate …

Resource‐rich FeS2 is a promising anode for potassium‐ion batteries (PIBs). However,
polysulfides emerge due to FeS2 conversion during discharging, which dissolve into the …