The volume increase of fcc metals and alloys due to interstitial hydrogen over a wide range of hydrogen contents
B Baranowski, S Majchrzak… - Journal of Physics F …, 1971 - iopscience.iop.org
B Baranowski, S Majchrzak, TB Flanagan
Journal of Physics F: Metal Physics, 1971•iopscience.iop.orgInterstitial hydrogen contents and their associated volume increments have been
determined for a variety of fcc metals and alloys. Using high pressure techniques, hydrogen
contents approaching n= 1, where n= H-to-metal (atomic ratio), have been obtained. Despite
electronic and initial volume differences amongst the fcc metallic matrices, all data fall onto a
common relationship.
determined for a variety of fcc metals and alloys. Using high pressure techniques, hydrogen
contents approaching n= 1, where n= H-to-metal (atomic ratio), have been obtained. Despite
electronic and initial volume differences amongst the fcc metallic matrices, all data fall onto a
common relationship.
Abstract
Interstitial hydrogen contents and their associated volume increments have been determined for a variety of fcc metals and alloys. Using high pressure techniques, hydrogen contents approaching n= 1, where n= H-to-metal (atomic ratio), have been obtained. Despite electronic and initial volume differences amongst the fcc metallic matrices, all data fall onto a common relationship.
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