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AbstractAbstract
[en] In this work the magnetic properties of Ni100-xCux alloy films of arbitrary composition, which are grown by electrodeposition method onto (111) n-type silicon, has been studied. The surface of samples has been analyzed by Scanning Electron Microscopy. An Alternating Gradient Force Magnetometry device was used to prepare hysteresis loops of Ni100-xCux thin films electrodeposited on Si and their magnetic properties were studied as a function of composition and concentration of Ni. Good control over the average composition of a Ni100-xCux alloy film has been achieved by using Energy-Dispersive X-Ray Spectroscopy where the nominal compositions and the compositions measured for films consisting of different quantities of Cu and Ni deposited in alternation were compared.
Original Title
Moshakhaseyabi nanomeghnatisha-ye alyazhi Ni100-xCux tahiye shode be raveshe electroanbasht bar silikone noe n
Primary Subject
Source
2007; [4 p.]; The Physical Society of Iran; Tehran, On (Iran, Islamic Republic of); Annual Physics Conference of Iran; Konferanse Phizike Iran; Yasuj (Iran, Islamic Republic of); 27-30 Aug 2007; Available from Atomic Energy Organization of Iran
Record Type
Miscellaneous
Literature Type
Conference
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