Design and construction of a thin layer electrode and electrochemical Behavior of lithium reserve batteries

Traditional printing methods offer the advantage of well-matured technology, high accuracy of depositing inks over flexible substrates at high web speeds, and low cost of fabrication. The components of a battery the current collectors, active layers, and separator can all be deposited using conventional printing techniques by designing suitable inks. A combination of low thickness of printed electrodes, flexible packaging, battery architecture, and material properties makes printed batteries flexible. An aqueous slurry can be used to paint thermal electrodes onto a current-collector substrate With a spray gun for thin electrodes or pasting With a thickened slurry. A feedstock aqueous slurry can include thermal electrode components, thermal electrolyte components, a hinder or thickening agent, and Water. This slurry can be sprayed or pasted onto a substrate and dried. To obtain different densities, the substrate can be compressed to a desired density. Thermal electrodes of a desired size and shape can be cut or punched from the sheet. Different binders and binder concentrations can be used toad just the Viscosity or thickness of the electrode.