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2. A Comparative Assessment of Hydrogen Embrittlement: Palladium and Palladium-Silver (25 Weight% Silver) Subjected to Hydrogen Absorption/Desorption Cycling

Author

Jimenez, Gilberto, primary, Dillon, Erik, additional, Dahlmeyer, Joseph, additional, Garrison, Travis, additional, Garrison, Tyler, additional, Darkey, Sedna, additional, Wald, Kyle, additional, Kubik, Joseph, additional, Paciulli, Danielle, additional, Talukder, Mustakim, additional, Nott, Joshua, additional, Ferrer, Maria, additional, Prinke, Joseph, additional, Villaneuva, Priscilla, additional, Massicotte, Fred, additional, Rebeiz, Karim, additional, Nesbit, Steve, additional, and Craft, Andrew, additional

Published
2016
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3. Tensile Properties of a Series of Palladium-Silver Alloys Exposed to Hydrogen

Author

Rebeiz, Karim, primary, Dahlmeyer, Joseph, additional, Garrison, Travis, additional, Garrison, Tyler, additional, Darkey, Sedna, additional, Paciulli, Danielle, additional, Talukder, Mustakim, additional, Kubik, Joseph, additional, Wald, Kyle, additional, Massicotte, Fred, additional, Nesbit, Steve, additional, and Craft, Andrew, additional

Published
2015
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4. Evidence for hydrogen-assisted recovery of cold-worked palladium: hydrogen solubility and mechanical properties studies.

Author

Ferrer, Maria, Nott, Joshua, Prinke, Joseph, Goodrich, Sofia, Massicotte, Fred, Rebeiz, Karim, Nesbit, Steve, Flanagan, Ted B., and Craft, Andrew

Subjects
PALLADIUM, MECHANICAL properties of metals, HEAT treatment of metals
Abstract

The influence of hydrogen as an agent to accelerate the thermal recovery of cold-worked palladium has been investigated. The techniques used to characterize the effects of hydrogen on the thermal recovery of palladium were hydrogen solubility and mechanical property measurements. Results show that the presence of modest amounts of hydrogen during annealing of cold-worked palladium does enhance the degree of thermal recovery, with a direct correlation between the amount of hydrogen during annealing and the degree of recovery. The results indicate that the damage resulting from cold-working palladium can be more effectively and efficiently reversed by suitable heat treatments in the presence of appropriate amounts of hydrogen, as compared to heat treatment in vacuum. The somewhat novel technique of using changes in the hydrogen solubility of palladium as an indicator of thermal recovery has been validated and complements the more traditional technique of mechanical property measurements. [ABSTRACT FROM AUTHOR]

Published
2017
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