Molecular Fluorescence, Phosphorescence, and Chemiluminescence Spectrometry

Abstract

Analytical Chemistry REVIEW citations were found through individual searches by the various authors who wrote a particular section of this Review. In an effort to more effectively accomplish this goal, we have included authors who are knowledgeable in the various subtopics of this Review.Coverage is limited to articles that describe new developments in the theory and practice of molecular luminescence for chemical analysis in the ultraviolet, visible, and near-infrared region. We have included two new sections in this Review on fluorescence nanoparticles and green chemistry. Discussions of cited work are intended to be more critical and focused than in previous reviews. In general, citations are limited to journal articles and do not include patents, proceedings, reports, and dissertations. In an effort to reduce the length of this Review we have attempted to limit duplicate citations between sections by retaining the same reference number for a given citation which is cited under more than one heading.As in previous years, we are not able to provide extensive coverage of all developments of relevance to the extremely broad field of molecular fluorescence, phosphorescence, and chemiluminescence. Instead, we have focused on important advances of general interest and relevance to the field of analytical chemistry, rather than extensions of previous advances. In addition, we have attempted to balance inclusion of a sufficient number of highly relevant, high-impact references to adequately survey the field with ample descriptions of individual citations for better clarification. If you feel that we have omitted an important article published during the above referenced time period, please forward the reference to one of us and we will be certain to consider it for the next review.

Determination of vitamin B6 using an optimized novel TCPO–indolizine–H2O2 chemiluminescence system

“…As expected, the intensity of the PO–CL emission was found to be affected by the initial concentration of the reactants . Thus, the influence of concentrations of fluorescer, TCPO, H 2 O 2 , catalyst and pH on the PO–CL system for four fluorescers were studied.…”

“…Chemiluminescence (CL) detection has been successfully applied in analytical chemistry because it has significant advantages such as: relatively simple instrumentation, very low detection limits and a wide dynamic range . The peroxyoxalate (PO)–CL system is one of the most regularly used analytical CL schemes .…”

Quantitative Monitoring of Rutin in Human Urine by Flow Injection-Chemiluminescence Analysis

“…Since Albrecht discovered luminol in 1928, this compound has been one of the most frequently used chemiluminescence (CL) reagents. Luminol‐based flow injection‐CL (FI‐CL) system has been continuously making great progress and broadening its practical applications in different fields, e.g., environmental monitoring, pharmaceuticals testing, food safety detection, clinical immunoassays, and trace metal assays…”

Study on the luminescence behavior of lanthanide ions with luminol by flow injection chemiluminescence analysis

“…Luminol (3-aminophthalhydrazide), as one of the most widely used luminescence probes, has stirred particular interest in view of exciting applications in the fields of chemiluminescence (CL) and fluorescence [20,21]. Although chromatographic separation of Ln III with luminol-H 2 O 2 system CL detection has been reported [22,23], the subtle changes of the luminescence behavior for the lanthanide family have not been described and interaction parameters of Ln III with luminol have not been given by CL with flow injection (FI) analysis.…”