Laser-produced plasmas (LPPs) engulf exotic and complex conditions ranging in
temperature, density, pressure, magnetic and electric fields, charge states, charged particle …

The development of measurement methodologies to detect and monitor nuclear-relevant
materials remains a consistent and significant interest across the nuclear energy …

Studies related to U gas-phase oxidation through plasma-and thermo-chemistry are
important for many fields, including environmental monitoring, forensic analysis, debris …

The present review attempts to comprehensively overview the progress in the field of
nanoparticle-related analytical laser and plasma spectroscopy research, focusing on the …

Improving technologies related to the wide area environmental sampling of nuclear
materials supports the nuclear nonproliferation mission of preventing the proliferation of …

Time-resolved tunable laser absorption spectroscopy is used to characterize the physical
properties of ultrafast laser-produced plasmas. The plasmas were produced from an Inconel …

Laser-induced breakdown spectroscopy is a promising method for rapidly measuring
hydrogen and its isotopes, critical to a wide range of disciplines (eg nuclear energy …

Ultrafast laser ablation coupled with optical emission spectroscopy is currently under
development for standoff detection of elements and their isotopes for a wide range of …

Self-guided ultrafast laser filaments are a promising method for laser beam delivery and
plasma generation for standoff and remote detection of elements and isotopes via filament …

The interplay between ultrafast laser focusing conditions, emission intensity, expansion
dynamics, and ablation mechanisms is critical to the detection of light isotopes relevant to …