Post by account_disabled on Mar 6, 2024 5:25:53 GMT -5
The Trend of Miniaturization of Electronic Equipment is Becoming Increasingly Strong. Everything From Medical Implants to Small Cameras or Microphones Require Microfabrication and Equally Sized Batteries. Smart Glasses Concepts Being Developed by Companies Other Than Google Are Nourished by These Tiny Components. At These Levels, the Power Source is Usually Larger Than the Parts That Make Up the Circuit Itself. Of the Wyss Institute at Harvard University and the University of Illinois.
The Research Team Formed by Solved This Problem From the Perspective of Battery Manufacturing Methods. Since the Industrial Techniques Typically Used to Build This Component Are Not Chinese Europe Phone Number List Efficient on a Small Scale, the Scientists Chose to Investigate the Possibility of Printing. They Eventually Succeeded in Using This Technique to Create a Battery the Size of a Grain of Sand. Through This Work, Two Problems Were Solved. The First Problem to Solve is Finding Batteries for Small Devices.
These Usually Do Not Have Enough . A Second, Equally Important Issue is Obtaining the Component via Printing. Special Printing Small Battery Manufacturing Has Traditionally Used Sheets of Solid Material to Create Electrodes. However, Due to Their Solid State, They Cannot Store Enough Energy. The Researchers Realized That Capacity Could Be Increased by Creating Ultrathin Stacks of Tightly Interlocked Electrodes. Battery but Print Battery.