Journal of Scientific Engineering Advances

Abstract

To determine certain characteristics of hydrogen in metals (concentration, depth distribution, and location in the crystal lattice), we propose using a combined approach, including thermal desorp-tion spectroscopy (tds), nuclear reaction analysis (d-d), ion implantation (ii).

An integrated approach to the use of ion implantation (ii), thermal desorption spectroscopy (tds), nuclear reactions (d-d) methods for the determination of hydrogen concentration in metals using the example of a system Zirconium-Deuterium (Zr-D).

To determine certain characteristics of hydrogen in metals (concentration, depth distribution, lo-cation in the crystal lattice), it is proposed to use a combined approach, including thermal desorp-tion spectroscopy (tds) and nuclear reaction (d-d) analysis.

The combined use of these research methods allows us to determine both the total hydrogen con-tent and the nature of its retention in traps, allowing for a more complete description of the pro-cesses of hydrogen dissolution, diffusion, and degassing in metals.

Application ion implantation (ii), thermal desorption spectroscopy (tds), nuclear reactions (d-d) methods for the determination of concentration hydrogen in metals using the zirconium-deuterium (Zr-D) system as an example.

The combined use of these research methods allows us to determine both the total hydrogen con-tent and the nature of its retention in traps, enabling a more complete description of the processes of hydrogen dissolu tion, diffusion, and degassing in metals.