Z2-2334 — Final report
1.
Hydrogen permeation through Eurofer membrane

A new concept of thin-walled permeation cell has been presented. Such cell can be degassed much faster compared to traditional one (thick-walled). Its low outgassing value enables reliable measurements of very low permeation flux such that arise during measurements through metal membranes with low H solubility. New permeation cell has been tested with Eurofer steel membrane coated with TiAlN coating serving as H barrier.

B.04 Guest lecture

COBISS.SI-ID: 23552551
2.
Hydrogen and deuterium interaction with ITER-relevant metals

Major part of the work done (until then) within the current project has been presented: deuterium retention on ITER-grade AISI316 and Be (bulk) was determined by infussion/outgassing method (method 2). In addition to this, preliminary results and analysis of hydrogen permeation measurements through /Eurofer in W/Eurofer membranes were given.

B.04 Guest lecture

COBISS.SI-ID: 23973415
3.
Evaluation of various thin films as a hydrogen permeation barrier

We reported on the experimental setup used for hydrogen permeation measurements, theoretical backgrounds for hydrogen permeation modelsand results of permeation measurements through TiAlN and Be films on Eurofer substrate.

B.03 Paper at an international scientific conference

COBISS.SI-ID: 23973671