Laser-induced breakdown spectroscopy (LIBS) is a spectroscopic analytic technique with
great application potential because of its unique advantages for online/in-situ detection …

Abstract 1 Safeguards verification measurements of nuclear material content in fresh fuel
salt for liquid-fueled molten salt reactors (MSRs) are likely to be required as part of nuclear …

This update covers the literature published between approximately June 2023 and April
2024 and is the latest part of a series of annual reviews. It is designed to provide the reader …

a) Authors to whom correspondence should be addressed: brian. riley@ pnnl. gov. Tel.:+ 1
(509) 372-4651; chelsie. beck@ pnnl. gov. Tel.:+ 1 (509) 371-7346; amanda. lines@ pnnl …

Utilizing laser technology for the dismantling and cutting of fast reactor assembly represents
a viable nuclear fuel reprocessing technology for future applications. The commonly …

As a remote and in situ diagnostic technique for the first wall of tokamaks, laser-induced
breakdown spectroscopy (LIBS) has shown promising potential for depth profile analysis of …

Molten salt reactors are an emerging advanced nuclear reactor concept in which the fuel is
dissolved into the working fluid in the form of a high-temperature molten salt. The complex …

Laser-Induced Breakdown Spectroscopy (LIBS) is a versatile and powerful analytical
technique widely used for rapid, in situ elemental analysis across various fields, from …

The impact of oxidation chemistry on the emission characteristics and spatial structure of
laser-produced Ce metal plasmas was investigated using laser-induced breakdown …

Accurate detection and quantification of hydrogen isotopes in solid materials are vital for
diverse applications, including fusion energy, hydrogen storage, and tritium production …