<p>➀ This study examines the fabrication of nanoporous helium-silicon thin films for lithium-ion battery anodes using a plasma-assisted co-deposition process; </p><p>➁ The research focuses on addressing the volume expansion issue of silicon during lithiation and delithiation processes; </p><p>➂ The study demonstrates the potential of He-Si co-deposition thin films for high-performance LIB applications.</p>
Related Articles
- Ed Sees The Greenland Opportunity2 months ago
- EnSilica opens second Brazilian design centre2 months ago
- Diamond-on-Si process for quantum magnetometers2 months ago
- Success for European Battery Project: From Raw Material to (Almost) Fully Developed Car Battery3 months ago
- Thermal Movement: New Approach to Recycling Lithium Batteries4 months ago
- High Performance in Cold Environments4 months ago
- Quantum Computing in Silicon: Development of a New European Quantum Technology Begins5 months ago
- Lithium-Ion Battery Tech Enhances Cathode Durability5 months ago
- Top Ten Wafer Vendors6 months ago
- Africa's Embrace of the Chip Industry6 months ago