Droplet-based microfluidics has emerged as a powerful platform for high-throughput and low-
volume analysis and screening. At present, droplet-based microfluidics is transitioning from …

Miniaturized electrochemical systems integrated into microfluidic flow devices have been an
active research field the last couple of decades. This has resulted in many advanced …

Harsh environments represent a unique opportunity to explore new frontiers in chemistry
while developing novel tools to meet global needs. Exploring the chemistry of uranium …

On-line monitoring based on optical spectroscopy provides unprecedented insight into the
chemical composition of process streams or batches. Amplifying this approach through …

Spectroelectrochemistry and optimal design of experiments can be used to rapidly build
accurate models for species quantification and enable a greater level of process awareness …

Laser-induced fluorescence spectroscopy (LIFS), Raman spectroscopy, and a stacked
regression ensemble was developed for near real-time quantification of uranium (VI)(1–100 …

Molten salt reactors (MSRs) have the potential to safely support green energy goals while
meeting baseload energy needs with diverse energy portfolios. While reactor designers …

Microfluidics is an appealing analytical tool in the global effort to close the nuclear fuel cycle.
Using a microfluidic chip permits the analysis of greatly reduced sample volumes compared …

Processing of hazardous materials is a crucial example where online monitoring can
significantly reduce operation risk, cost, and time. This is particularly true in the case of the …

The methodology and mathematical treatment of several classic multivariate methods for the
analysis of spectroscopic data is demonstrated in a straightforward way that can be used as …