Engineering of thermo-responsive luminescence of Eu3+ in metal-organic frameworks with tunable temperature sensitivity

Key Points

• Enhanced luminescence of Eu3+ is demonstrated across varying temperatures, with specific sensitivity adjustments.
• Critical metrics show that temperature-induced luminescence changes are tunable, revealing significant performance under heat.
• Engineering methods were applied to improve temperature sensitivity in metal-organic frameworks for luminescent applications.
• These findings may enable novel applications in temperature-sensing technologies, prompting further exploration in materials science.