January 1, 2007Chemical Society Reviews
Design of fluorescent materials for chemical sensing
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Implication
Critical review surveys the integration of functional matrices and nanomaterials for chemical sensing, highlighting versatile strategies for sensitive sensory devices.
Key Points
- To review the material design, molecular recognition mechanisms, and device integration strategies essential for developing highly sensitive fluorescent chemical sensors.
- Examined chemical sensing platforms across material science, molecular recognition, and sensory device implementation.
- Surveyed representative applications of functional matrices including polymers, sol-gels, mesoporous materials, surfactant aggregates, quantum dots, and modified gold or glass surfaces.
- Fluorescence techniques provide superior sensitivity and operational simplicity compared to conventional chemical detection methods.
- Integrating customized molecular recognition units with diverse solid supports enables straightforward implementation into practical chemical sensory systems.
Cite This Study
Basabe‐Desmonts et al. (2007) studied this question.