It is shown that while these two BODIPY compounds can form photoinduced excited monomers, excimers were generated mainly in their co-reactant ECL pathways. Spooling ECL spectroscopy was utilized to gain analytical insight into light emission mechanisms. However, ECL was enhanced with co-reactants such as persulfate, and tri- n-propylamine. These BODIPY molecules exhibited relatively weak ECL efficiencies following the annihilation mechanism. It was discovered that excimers, the excited states of analyte dimers, contributed significantly to the production of ECL. Under the sensor customer assurance plan (HED) customers benefit from up to one free sensor replacement per year. You will receive a prompt and efficient response to questions and issues associated with the operation of your product. A combination of UV–visible, fluorescence, and spooling ECL spectroscopy was used to study the mechanisms of ECL light emission. Andor Help Desk provides a convenient and reliable single point of contact. 2.1 Accessing the Moris Windows Desktop 1.

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Here, we report the results of an electrochemical and electrochemiluminescence (ECL) study of an organic-soluble and a water-soluble BODIPY dye to explore their effectiveness as ECL luminophores. Andor Solis 4.8.3.0 The vendor’s software for the IXon CCD camera. Boron-dipyrromethene (BODIPY) dye molecules are well known for their excellent absorption and emission optical properties.

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