International audienceExperimental studies on the complex susceptibility of soft magnetic composite materials (magnetostrictive Ni-Zn and Ni-Zn-Co spinels) in their region of ferrimagnetic resonance (FMR) show that the FMR is an increasing function of the applied pressure. It is shown that powders could advantageously replace their sintered materials counterpart to measure without any ambiguity the natural ferrimagnetic resonance (NFMR) frequencies of bulk materials. It is also shown that such soft ferrite composites can be realized in order to shift FMR to higher values, and to obtain low magnetic losses up to 900 MHz. High frequencies applications can be envisaged
International audienceThe paper shows a successful extension to the high frequencies, namely in the ...
International audienceThe paper shows a successful extension to the high frequencies, namely in the ...
International audienceThe paper shows a successful extension to the high frequencies, namely in the ...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
Experimental studies on the complex susceptibility of soft magnetic composite materials (magnetostri...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
Experimental studies on the complex susceptibility of soft magnetic composite materials (Ni and Ni-Z...
Experimental studies on the complex susceptibility of soft magnetic composite materials (Ni and Ni-Z...
International audienceThe paper shows a successful extension to the high frequencies, namely in the ...
International audienceThe paper shows a successful extension to the high frequencies, namely in the ...
International audienceThe paper shows a successful extension to the high frequencies, namely in the ...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
Experimental studies on the complex susceptibility of soft magnetic composite materials (magnetostri...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
International audienceExperimental studies on the complex susceptibility of soft magnetic composite ...
Experimental studies on the complex susceptibility of soft magnetic composite materials (Ni and Ni-Z...
Experimental studies on the complex susceptibility of soft magnetic composite materials (Ni and Ni-Z...
International audienceThe paper shows a successful extension to the high frequencies, namely in the ...
International audienceThe paper shows a successful extension to the high frequencies, namely in the ...
International audienceThe paper shows a successful extension to the high frequencies, namely in the ...