Photoluminescent Thermal Response Regulation in Zinc Metal Halide Materials Through Sn 2+ Alloying‐Induced Carrier Localization for Visualization‐Enabled Temperature Sensor
Key Points
This research aims to investigate how Sn²⁺ alloying affects thermal response in zinc metal halide materials for temperature sensing applications.
Exploring photoluminescence properties of zinc metal halide materials with Sn²⁺ alloying.
Assessing the thermal response regulation through carrier localization techniques.
Evaluating the potential for optical temperature sensing applications.
Significant enhancement in photoluminescent thermal response with Sn²⁺ incorporation.
Improved carrier localization leads to better optical temperature sensing capabilities.
Abstract
with great application potential in the field of optical temperature sensing.
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Photoluminescent Thermal Response Regulation in Zinc Metal Halide Materials Through Sn 2+ Alloying‐Induced Carrier Localization for Visualization‐Enabled Temperature Sensor | Synapse