Hydrogen charging in nickel and iron and its effect on their magnetic propertiesJournal of Applied Physics
AbstractThe current study was undertaken to explore the possibility of detecting hydrogen cavitation in magnetic materials through magnetic propertymeasurements. It is known that dissolved hydrogen in a material causes microvoids. These voids may affect the structure‐sensitive magnetic properties such as coercivity and remanence. In this study, hydrogen was introduced into nickel and iron by two processes, namely thermal charging and cathodic charging. The effect on the magnetic properties was measured. In addition, the variation of the magnetic properties with porosity was studied.
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Copyright OwnerAmerican Institute of Physics
Citation InformationA. Ramesh, Madhav Rao Govindaraju, David C. Jiles, S. B. Biner, et al.. "Hydrogen charging in nickel and iron and its effect on their magnetic properties" Journal of Applied Physics Vol. 79 Iss. 8 (1996) p. 5453 - 5455
Available at: http://works.bepress.com/david_jiles/99/