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Academic Publication Hydrogen trapping and embrittlement in metals – A review
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Hydrogen Compatibility of Two Commercial Copper Alloys with Respect to Embrittlement
Handling hydrogen-rich atmospheres requires materials that do not deteriorate in the presence of hydrogen and that ensure safe operation. Often high strength metallic materials, however, may show c...
Hydrogen trapping and embrittlement in metals – A review
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INFLUENCE OF METALLIC HOST STRUCTURE ON MOLECULAR HYDROGEN EMBEDDED AND STABILITY UNDER ION IMPLANTATION
With this study we would like to confirm previously predicted computationnal results regarding the formation of molecular hydrogen during ion-metal interactions.The formation of defects in iron and...
Review: next-generation metal hydride systems for sustainable hydrogen storage—kinetics, nanostructuring, and intelligent materials discovery
Abstract Hydrogen is one of the major pillars of the low-carbon economy, but its wide application is limited by difficulties in storage. Metal hydrides (MHs) represent excellent candidates for stor...
Magneto-Thermodynamic Stabilization of Ultra-Dense Metallic Hydrogen Phases in Transitional and Light Metal Matrices
The transition of hydrogen from an insulating molecular phase into a superconducting atomic fluid was theoretically postulated nearly a century ago; however, its experimental realization remains co...
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What other academic literature is closely related to 'Hydrogen trapping and embrittlement in metals – A review'?
Yes, highly correlated activity was mapped. An entry titled 'Hydrogen Compatibility of Two Commercial Copper Alloys with Respect to Embrittlement' discusses this: Handling hydrogen-rich atmospheres requires materials that do not deteriorate in the presence of hydrogen and that ensure safe operation. Often hig...
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