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Therefore, the transport parameters of hydrogen isotopes (protium, deuterium and tritium) through the materials used for the plasma facing components are fundamental for the final design of a fusion reactor. However, the tritium inventory that is retained in different components of the reactor together with the ability of tritium to migrate through the walls of any material to personnel affected regions, may affect to the operation of a fusion reactor. In addition, they have the potential for reduced or even low-neutron induced activation. They have favorable thermo-mechanical properties and they can withstand high neutron irradiation and temperature ranges.

#Ibanez ex 360 review license

This is an open access article under the CC BY-NC-ND license ().ДЇerritic-martensitic steels are candidate materials for blanket structural components that will constitute the future thermonuclear fusion devices. The experimental measurements were carried out with temperatures ranging from 423 K to 823 K and for high purity hydrogen loading pressures ranging from 1.0 x 103 Pa to 1.5 x 10 5 Pa. The gas evolution permeation technique was used to measure the hydrogen transport parameter of permeability in these alloys. Three of the samples, pure Fe, FeP and Fe10%Cr, contained negligible quantities of C, whereas the other three, FeC, FePC, and Fe10%CrC, had the same metallurgical composition as their corresponding pair, with the only difference in the carbon content. The main objective of this work was to determine the influence of the C content of the alloy in the permeability of hydrogen. In this work, the permeability of hydrogen through samples of six Fe alloys was experimentally analyzed. Keywords: Permeability Hydrogen Tritium Iron alloy Received 16 November 2015 Revised 5 February 2016 Accepted 13 February 2016 Available online xxx Urqujo s/n, 48013 Bilbao, SpainД« CIEMAT, Avda. VilabДЄ University of the Basque Country (UPV/EHU), Department of Nuclear Engineering & Fluid Mechanics, Faculty of Engineering, Alda. Journal homepage: Influence of the C content on the permeation of hydrogen in Fe alloys with low contents of C п»їNuclear Materials and Energy 000 (2016) 1-5Д¬ontents lists available at ScienceDirect According to the results, the influence of the metallurgical composition of C in Fe alloys on the permeability of hydrogen is discussed together with the synergistic effects caused by the presence of P and Cr. The final resulting values of the permeability were paired off in order to determine the effect of the C content: pure Fe versus FeC, FeP versus FePC and Fe10%Cr versus Fe10%CrC. The experimental permeation results were analyzed using a non-linear least square fitting. The experimental measurements were carried out with temperatures ranging from 423K to 823K and for high purity hydrogen loading pressures ranging from 1.0Г—103 Abstract of research paper on Materials engineering, author of scientific article - I.