Analyzing how the densification of LiTa2PO8 ceramic electrolyte affects the ionic transport and mechanical properties

Key Points

• Improved ionic transport occurs with higher densification levels, optimizing electrolyte functionality.
• Mechanical properties of LiTa2PO8 strengthen as densification increases, achieving a significant enhancement in durability.
• Assessment includes detailed analysis of ionic transport mechanisms and their correlation with mechanical strength.
• Findings highlight the importance of tailored densification strategies in developing advanced ceramic electrolytes.