A new high-energy density and stable lithium-ion battery that works by reversible oxide-peroxide conversion could help in the development of improved “sealed” battery technologies ... have designed an ...

Then the electrolyte was loaded and sealed inside the liquid cell. Using this innovative liquid cell with the transmission electron microscope, the dynamic electrochemical reactions of the liquid ...

The development of a reliable sealed dry cell was critical to the production of cars ... durable, no-spill, inexpensive electrochemical power source. Finding immediate use in the rapidly expanding ...

The new EC-AFM accessory adds a sealed electrochemical cell specifically designed for battery research and turn-key 1ppm environmental control to the industry-leading Dimension Icon® AFM platform to ...

Supposedly discovered in 1936, the 6-inch-tall clay pot was sealed with bitumen and contained ... could act as an electrochemical cell. It has been speculated that the cells might have been ...

An electrochemical cell that converts gaseous carbon dioxide into valuable compounds could take advantage of high-temperature technologies including next-generation advanced nuclear reactors. The cell ...

They found a way to embed the power source for the electrochemical technology inside the separation membrane. The approach involved internally short-circuiting the device. "It's risky, but we managed ...

The journal EES Catalysis published the study. The novel electrochemical cell, which has a porous membrane layer positioned between the electrodes, solves significant problems with reactive carbon ...

in an undivided electrochemical cell (in which the anode and cathode that supply the electric current are in the same solution) or in a divided electrochemical cell (whereby the anode and cathode ...