Focused on solving the problem of adherence to the skin and the quality of the bioelectrical recordings, new devices that have emerged such as tattoo electrodes and flexible electronics, which prove to be a novel and viable ...

Metal-air batteries are characterized by a high energy density with relatively simple and safe chemistry which makes them suitable for many applications, especially the ones requiring flexibility. These energy storage ...

Metal-air batteries are characterized by a high energy density with relatively simple and safe chemistry which makes them suitable for many applications, especially the ones requiring flexibility. These energy storage ...

Pyrolyzed cellulose-based materials are extensively used in many fields for many different applications due to their excellent electrical properties. However, pyrolyzed materials are extremely fragile and prone to crack. ...

This work focuses on the preparation of flexible ruthenium oxide containing activated carbon cloth by electrodeposition. Different electrodeposition methods have been used, including chronoamperometry, chronopotentiometry ...

Carbon nanomaterials are usually employed for improving the electrical and electrochemical properties of conducting polymer electrodes. However, low-cost of production, scalable simple procedures and adequate integration ...

Modification of cellulosic paper with carbon nanotubes (CNT) was studied for the development of electronic and analytical devices. Interesting results were published by using a CNT aqueous solution and the capillary forces ...

Unmanned air vehicles (UAVs) and micro air vehicles (MAVs) constitute unique application platforms for vibration-based energy harvesting. Generating usable electrical energy during their mission has the important practical ...