Wireless electronic devices require small, multiple charging batteries that can be quickly created and drawn up on configured form factors that match the integration of conformity. Here we are demonstrating integrated design and production technique consisting of polyanlin (PANI) – coated carbon fiber (PANI / CF) cathodes, laser micronutrient zinc and zeros and porous separators, dimensional printed geometries, including rectangular, cylindrical, H- and Stamp forms. The PANI / CF cathode has a high surface and air conditioner that gives high performance (~ 600 g). Because of the distinguished stability of the Zn-PANI battery, they carry long-cycle stability in the aqueous solution against oxygen and moisture. For example, we use battery packs filled batteries that are used by electrodes using voltage and power that are integrated with the electronic components equipped with compatible devices.
Supporting information is free at ACS publications website: DOI: 10.1021 / acsnano.8b02744.
PANI-Coated CF PANI Coating, SEM, TEM, XRD, FTIR Experimental Details Zn-PANI Cell Rangon Plot, Optical Imaging of 3D Printed Cell Components and Schematic Illustrations of H-shaped Zn-PANI Battery and Fabrication Process Zn -MnO2 Battery (PDF)