Publications by authors named "Ramkumar Balasubramaniam"
Article Synopsis
- - A systematic study examined how sintering temperature, duration, and aluminum doping affect the crystalline structure and ionic conductivity of LiAlSiO (LASO) solid electrolytes.
- - Results showed that higher sintering temperatures and longer durations led to increased ionic conductivity, with specific emphasis on the importance of lithium doping concentration and composition ratio.
- - The optimal sintering time of 18 hours and lithium concentration improved the electrolyte's ionic conductivity significantly, enhancing the lithium ion transfer between grains and resulting in conductivity rising from 2.11 × 10 to 1.07 × 10 S cm.