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Showing 1 to 5 of 5 for “"thermal desorption analysis"”.
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Hydrogen in Austenite: What Changes after Martensitic Transformation?
… of austenite and the corresponding hydrogen desorption behaviour were studied using microscopy, diffraction, thermal desorption analysis and microprinting. This work has shown that the change in hydrogen desorption behaviour after compression strongly depends on the dissolved hydrogen …
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Tritium retention in nuclear graphite, system-level transport, and management strategies for the fluoride-salt-cooled high-temperature reactor
… tritium in nuclear graphite were studied through thermal desorption analysis of sample materials from three in-core Flibe salt irradiations (denoted FS-1, FS-2, and FS-3) at the MIT Reactor (MITR).
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Degradation Mechanisms of Copper and Copper Alloys
… dynamics were studied using high temperature thermal desorption analysis, which provide insights into the trapping and storage of hydrogen within copper. Hydrogen embrittlement of electrodeposited copper was sensitive to both strain rate and temperature, and a mechanism of embrittlement …
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Hydrogen embrittlement resistance in advanced high strength: vanadium bearing and TRIP-assisted steels
… than 100Cr6. However, microstructural analysis confirmed the presence of non-metallic inclusions (NMIs) in 100Cr6+0.5V steel and the disadvantageous effects on its mechanical properties were recorded. A crucial consequence of plastic deformation during RCF is the transformation-induced …
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Effect of microstructural constituents on hydrogen diffusion in multiphase alloys
… this work. A combination of hydrogen charging, thermal desorption analysis and electrochemical hydrogen permeation was used in conjunction with continuum-scale hydrogen diffusion modelling to quantify the diffusion properties. The alloys studied were characterised using standard techniques …