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A highly sensitive SERS method for the determination of nitrogen oxide in air based on the signal amplification effect of nitrite catalyzing the bromate oxidization of a rhodamine 6G probe†
Qingye Liu,Jinchao Dong,Guiqing Wen,Lin Wei,Aihui Liang,Zhiliang Jiang
RSC Advances Pub Date : 01/07/2014 00:00:00 , DOI:10.1039/C3RA47279E
Abstract

Rhodamine 6G adsorbed onto a triangular plate-type nanosilver aggregate exhibits a strong SERS peak at 1508 cm−1. Based on NO2 catalysis of the bromate oxidization of Rh6G and SERS peak quenching, trace nitrogen oxides in air samples were analyzed by a catalytic amplification SERS method.

Graphical abstract: A highly sensitive SERS method for the determination of nitrogen oxide in air based on the signal amplification effect of nitrite catalyzing the bromate oxidization of a rhodamine 6G probe
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