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Evidence of internal friction peak in various iron-molybdenum-carbon alloys due to interactions between carbon and molybdenum atoms
Mo content is between 1.02 and 3.53%; curves of internal friction as function of temperature show secondary peak which is attributed to interaction.
Evidence of internal friction peak in various iron-molybdenum-carbon alloys due to interactions between carbon and molybdenum atoms
Mo content is between 1.02 and 3.53%; curves of internal friction as function of temperature show secondary peak which is attributed to interaction.
Evidence of internal friction peak in various iron-molybdenum-carbon alloys due to interactions between carbon and molybdenum atoms
Mise en evidence d'un pic de frottement interieur du aux interactions entre les atomes de carbone et les atomes de molybdene dans divers alliages fer-molybdene-carbone
Collette, G. (author)
1960
3 pages
Article (Journal)
French
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