Publications by authors named "Xilin Liang"
Article Synopsis
- AIECL (aggregation-induced electrochemiluminescence) luminophores show promise in ECL engineering by overcoming the quenching issues found in solid luminescent materials, but there’s a scarcity of emitters with high AIECL performance.
- Researchers designed imine-linked covalent organic frameworks (COFs) using specific symmetrical monomers to serve as ECL emitters in water.
- The study found that COFs containing terthienyl units exhibited ECL intensity 206 times greater than those with furan units due to enhanced thiophene units and π-π conjugation, providing a new strategy for creating efficient ECL-active COFs with excellent AIECL efficiency.
A novel magnetic TiCT-MXene/FeO composite was prepared from TiCT and magnetic FeO. The characterizations by electrochemical impedance spectroscopy (EIS) and scanning electron microscopy (SEM) exhibited that the TiCT/FeO nanomaterial presented an outstanding conductivity and a large specific area, which could improve the electron transfer rate, leading to the amplification of the sensor's signal. Furthermore, an ultrasensitive molecularly imprinted electrochemical sensor based on MXene/FeO composites was fabricated for detecting methylmalonic acid (MMA) with high selectivity.
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