Enabling Orders of Magnitude Sensitivity Improvement for Quantification of Ga in a Ce Matrix with a Compact Echelle Spectrometer, Ashwin P. Rao, Phillip R. Jenkins, John D. Auxier II, Michael B. Shattan, Anil Patnaik
Faculty Publications

Enabling Rapid Chemical Analysis of Plutonium Alloys via Machine Learning-enhanced Atomic Spectroscopy Techniques, Ashwin P. Rao
Theses and Dissertations

Analytical comparisons of handheld LIBS and XRF devices for rapid quantification of gallium in a plutonium surrogate matrix, Ashwin P. Rao, Phillip R. Jenkins, John Auxier, Michael B. Shattan, Anil Patnaik
Faculty Publications

Development of Advanced Machine Learning Models for Analysis of Plutonium Surrogate Optical Emission Spectra, Ashwin P. Rao, Phillip R. Jenkins, John D. Auxier II, Michael B. Shattan, Anil Patnaik
Faculty Publications

Rapid quantitative analysis of trace elements in plutonium alloys using a handheld laser-induced breakdown spectroscopy (LIBS) device coupled with chemometrics and machine learning, Ashwin P. Rao, Phillip R. Jenkins, Dung Vu, John D. Auxier II, Anil K. Patnaik, Michael B. Shattan
Faculty Publications

Comparison of machine learning techniques to optimize the analysis of plutonium surrogate material via a portable LIBS device, Ashwin P. Rao, Phillip R. Jenkins, John D. Auxier II, Michael B. Shattan
Faculty Publications

Applications of Portable LIBS for Actinide Analysis, Ashwin P. Rao, John D. Auxier II, Dung Vu, Michael B. Shattan
Faculty Publications

Laser Induced Breakdown Spectroscopy Diagnostics for Nuclear Debris, Michael B. Shattan, Ashwin P. Rao, Jason C. Wood
Faculty Publications

Rapid Analysis of Plutonium Surrogate Material via Hand-Held Laser-Induced Breakdown Spectroscopy, Ashwin P. Rao
Theses and Dissertations

Quantitative Analysis of Cerium-Gallium Alloys Using a Hand-Held Laser Induced Breakdown Spectroscopy Device, Ashwin P. Rao, Matthew Cook, Howard L. Hall, Michael B. Shattan
Faculty Publications