Experimental ferromagnetic resonance (FMR) data are presented for CoCu granular films obtained by electron beam codeposition. CoxCu100-x films were prepared for x = 10 and 30 and were subsequently submitted to a thermal treatment. For the 10% Co samples one found three main resonance modes, one of them constituting of non-interacting Co particles. External field angular variation and temperature-dependent FMR experiments were proceeded and straight calculations of the involved resonance intensities as well. A strict correlation of the presented FMR data with the previous X-Ray diffraction, magnetization, and particle size investigations was possible. The link between structural changes and magnetic properties of the samples could be verifie...
The results of experimental studies of magneto-optical (MO) and magnetic resonance (MR) properties o...
Magnetic granular CoxCu100-x alloys (x = 5-20) have been prepared by melt-spinning acid subsequently...
We have measured the angular dependence of the ferromagnetic resonance (FMR) spectra for two systems...
Ferromagnetic resonance was investigated in heterogeneous Co-Cu thin films consisting of randomly or...
We present experimental magnetoresistance, magnetization, and remanence data for CoCu granular films...
We present experimental magnetoresistance, magnetization, and remanence data for CoCu granular films...
We present experimental magnetoresistance, magnetization, and remanence data for CoCu granular films...
CoCu granular films were prepared by the de magnetron facing-target sputtering. Magnetoresistance (M...
We present experimental magnetoresistance, magnetization, and remanence data for CoCu granular films...
The X-band FMR has been employed to investigate the angular variation of resonance Fields of DC sput...
The X-band FMR has been employed to investigate the angular variation of resonance Fields of DC sput...
We have performed Co-59 zero field nuclear magnetic resonance (NMR) experiment at 4 K on CoxCu1-x (x...
The results of experimental studies of magneto-optical (MO) and magnetic resonance (MR) properties o...
This paper reports a thorough microstructural and magnetic analysis performed on as-quenched and ann...
This paper reports a thorough microstructural and magnetic analysis performed on as-quenched and ann...
The results of experimental studies of magneto-optical (MO) and magnetic resonance (MR) properties o...
Magnetic granular CoxCu100-x alloys (x = 5-20) have been prepared by melt-spinning acid subsequently...
We have measured the angular dependence of the ferromagnetic resonance (FMR) spectra for two systems...
Ferromagnetic resonance was investigated in heterogeneous Co-Cu thin films consisting of randomly or...
We present experimental magnetoresistance, magnetization, and remanence data for CoCu granular films...
We present experimental magnetoresistance, magnetization, and remanence data for CoCu granular films...
We present experimental magnetoresistance, magnetization, and remanence data for CoCu granular films...
CoCu granular films were prepared by the de magnetron facing-target sputtering. Magnetoresistance (M...
We present experimental magnetoresistance, magnetization, and remanence data for CoCu granular films...
The X-band FMR has been employed to investigate the angular variation of resonance Fields of DC sput...
The X-band FMR has been employed to investigate the angular variation of resonance Fields of DC sput...
We have performed Co-59 zero field nuclear magnetic resonance (NMR) experiment at 4 K on CoxCu1-x (x...
The results of experimental studies of magneto-optical (MO) and magnetic resonance (MR) properties o...
This paper reports a thorough microstructural and magnetic analysis performed on as-quenched and ann...
This paper reports a thorough microstructural and magnetic analysis performed on as-quenched and ann...
The results of experimental studies of magneto-optical (MO) and magnetic resonance (MR) properties o...
Magnetic granular CoxCu100-x alloys (x = 5-20) have been prepared by melt-spinning acid subsequently...
We have measured the angular dependence of the ferromagnetic resonance (FMR) spectra for two systems...