In this review, we attempt to provide a brief account of laser-induced breakdown
spectroscopy (LIBS) methodology and technological developments. We also summarize …

The quantification of impurities in fusion devices is important to improve understanding of all
impurity-related issues and their solutions. In this study, the deposition of the impurity layer …

This article provides a detailed discussion of the evidence available to date on the
application of laser-induced breakdown spectroscopy (LIBS) and supervised classification …

It is estimated that pilot plants and reactors may experience rates of net erosion and
deposition of solid plasma facing component (PFC) material of 10 3–10 5 kg yr− 1. Even if …

Present study investigated the effect of argon and nitrogen mixtures at atmospheric pressure
on the hydrogen H α line emission intensity during the Laser Induced Breakdown …

Evaluating the mole fraction of hydrogen isotopes in a solid is a difficult task. Few methods
allow it to be achieved. LIBS is a laser method based on the electronic excitation of elements …

As a product of the DT burning plasma in tokamak fusion reactors, helium (He) ash would be
retained in plasma-facing components like the first wall and divertor, harming the stable …

Detection of nuclear materials and their radioisotopes with rapid, and standoff capability in
addition to no sample preparation requirement is crucial to nuclear nonproliferation …

Laser-induced breakdown spectroscopy (LIBS) has been proposed as a promising in-situ
diagnostic approach for the elemental analysis of the co-deposition impurities on plasma …

Retention of hydrogen isotopes in thermonuclear reactors is a safety and maintenance
issue, thus requires a contactless measurement method of its level. Although calibration free …