Abstract—

An experimental complex is described for conducting high-performance screening of the functional characteristics of photoluminescent chemosensor materials (CSMs) intended for determining volatile organic compounds in the gas phase and optimizing the characteristics of matrix sensors based on CSMs in multicomponent vapor-gas mixtures. The complex combines a system for the continuous generation of multicomponent gas-vapor mixtures, which allows automated control of the composition of the mixture and the concentration of its components in the range from 0.01 mg/m3 to saturated vapors, and a system for exciting and recording the photoluminescence spectra of samples. The experimental data obtained in the study of fluorescent responses of a set of CSM based on boron dibenzoylmethanatoboron difluoride (DBMBF2) in mixtures of aromatic substances.

中文翻译：

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高性能筛选光致发光化学传感器材料的实验配合物

摘要-

描述了一种用于对用于确定气相中挥发性有机化合物的光致发光化学传感器材料（CSM）的功能特性进行高性能筛选，并优化基于多组分蒸气-气体混合物中CSM的矩阵传感器特性的实验复合物。该综合设施结合了一个用于连续生成多组分气体-蒸汽混合物的系统，该系统可以自动控制混合物的组成及其组分的浓度（从0.01 mg / m3到饱和蒸汽），以及一个用于激发和分离的系统。记录样品的光致发光光谱。在研究一组基于芳香族物质混合物中的二氟化硼二苯甲酰甲基氨基硼酸硼（DBMBF2）的CSM的荧光响应时获得的实验数据。