As the demand continues to grow for batteries capable of ultra-fast charging and high energy density in various sectors—from ...

Devices are often limited by the bulkiness of their batteries—but what if we could shape the batteries into whatever form we ...

The research team developed a photovoltaic-electrocatalytic system that produces ammonia at the cathode and glycolic acid at the anode ... electrochemical ammonia production using perovskite solar ...

At the heart of the battery is a titanium dioxide-based semiconductor commonly used in solar cells. By incorporating radiocarbon on both the cathode and anode, this dye-sensitized betavoltaic cell ...

occurs at the anode, while HER takes place at the cathode. In acidic media, HER proceeds via Volmer’s reaction (proton adsorption), followed by either the Heyrovsky (electrochemical desorption) or ...

Traditional organic liquid electrolytes are prone to uncontrollable side reactions with the highly reactive lithium metal anode ... Co 0.13 Mn 0.54 O 2 (LNCMO) cells can stably cycle for 150 ...

One of the industry's primary concerns is the N/P ratio—the mass-specific capacity ratio between the negative (anode ... electrochemical reactions within the battery. This improved control ...

As the world moves toward electrification to increase energy efficiency and reduce greenhouse gas (GHG) emissions, the demand ...