A highly atom-economic AB2-type hyperbranched polyamide (HPA) derived from arylamine
monomers was judiciously designed and prepared. This electroactive HPA was further end …

An automated platform has been developed to assist researchers in the rapid development
of optical spectroscopy sensors to quantify species from spectral data. This platform …

Optical sensors and chemometric models were leveraged for the quantification of uranium
(VI)(0–100 μg mL–1), europium (0–150 μg mL–1), samarium (0–250 μg mL–1) …

Controlled-potential in situ thin-layer spectropotentiometry was leveraged to generate
visible/near-infrared (VIS/NIR) absorption spectral data sets for the development of …

Partial least squares regression (PLSR) and support vector regression (SVR) models were
optimized for the quantification of U (VI)(10–320 g L− 1) and HNO3 (0.6–6 M) by Raman …

This study presents an effective method for the quantification of nitric acid (0.1–9 M) and the
temperature (20–60° C) through optimal experimental design, chemometrics, and Raman …

A robust hierarchical model has been demonstrated for monitoring a wide range of
neptunium concentrations (0.75–890 mM) and varying temperatures (10–80° C) using …

Radioisotope production relies on complex chemical processes that must be performed in
radiological hot cells or glove boxes because of the radioactive and otherwise hazardous …

In situ optical spectroscopy, spectropotentiometry, and multivariate analysis were applied to
the Np (IV) nitrate system to better understand speciation and quantify HNO3 concentration …

Online monitoring is a key challenge for the continued development of molten salt reactor
(MSR) technology. Laser-induced breakdown spectroscopy (LIBS) has previously been …