麻豆淫院

A research team led by Professor Huang Xingjiu at the Hefei Institutes of 麻豆淫院ical Science of the Chinese Academy of Sciences has developed a highly stable adaptive integrated interface for ion sensing. The was published as an inside front cover article in Advanced Materials.

All-solid-state ion-selective electrode serves as a fundamental component in the ion sensing of intelligent biological and chemical sensors. While the researchers had previously developed several transducer materials with a sandwich-type interface to detect common ions, the performance of such sensors was often limited by interface material and structure.

To overcome these challenges, the team introduced a novel interface using lipophilic molybdenum disulfide (MoS鈧�) regulated by cetyltrimethylammonium (CTA鈦�). This structure enables spatiotemporal adaptive integration鈥攁ssembling single-piece sensing layers atop efficient transduction layers.

Electrochemical simulations confirmed the superior stability of the new interface, demonstrating high charge transfer efficiency and low diffusion current. X-ray Absorption Fine Structure analysis revealed a mixed-capacitance mechanism driven by TFPB鈦� anion adsorption.

When applied to cadmium ion (Cd虏鈦�) detection, the sensor exhibited excellent stability and maintained high accuracy in real-world testing scenarios, including industrial wastewater environments.

The interface was successfully extended to sensors for detecting a range of ions, including K鈦�, Na鈦�, Ca虏鈦�, Mg虏鈦�, Pb虏鈦�, Cd虏鈦�, and Cu虏鈦�. All showed near-Nernstian responses with significantly enhanced stability.

This work provides a valuable strategy for designing next-generation high-performance ion sensors.