AI Article Synopsis
- - A new metal-organic gel called YTU-G-1 has been developed for effectively detecting and adsorbing gaseous iodine, ideal for monitoring nuclear safety.
- - YTU-G-1 has an impressive sensitivity of 2.21 × 10 L mol and an extremely low limit of detection at 481 pmol L, making it highly efficient for sensing tiny amounts of iodine.
- - The gel was used to create a wearable membrane using electrospinning, which is skin-friendly and provides a practical solution for real-time iodine detection in emergency situations.
Article Abstract
Herein, we proposed a novel metal-organic gel (YTU-G-1) for efficient adsorption and portable sensing of gaseous iodine. YTU-G-1 exhibits an unprecedentedly high detection sensitivity ( = 2.21 × 10 L mol) and an extremely low limit of detection (LOD) down to the pmol level (481 pmol L). YTU-G-1 also shows a marked iodine adsorption capacity of 1.398 g g. A wearable membrane was successfully fabricated the electrospinning technique, which exhibits excellent skin-compatibility and serves as a portable tool for sensitive response to potential on-site nuclear emergencies.
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| http://dx.doi.org/10.1039/d4cc04040f | DOI Listing |
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