The effect of titanium (Ti4+) substitution on slightly oxidized magnetite single crystals, Fe3-xTixO4+d—with and —is studied by means of magnetic after-effect (MAE) spectroscopy in the temperature range K. The MAE spectra corresponding to these, relatively high, substitution rates are characterized by the following items: (i) suppression of low-temperature (4
Titanomagnetite containing up to 0.6–0.7 Ti atoms per formula unit is a primary magnetic mineral pha...
The magnetic aftereffect (MAE) spectra of magnetite (Fe3O4) and related spinel ferrites react most s...
A compensation temperature of 138 K was observed in the temperature-dependent magnetization curves ...
The effect of titanium (Ti4+) substitution on slightly oxidized magnetite single crystals, Fe3-xTixO...
During high-temperature growing of titanomagnetite single crystals (Fe2.8-¿Ti0.2O4, ¿ <0.005) in ...
This paper is concerned with the annealing kinetics of point defects giving rise - in the presence o...
The effect of dil. titanium (Ti4+)-doping on the magnetic after-effect (MAE) spectra of stoichiometr...
This report deals with the analysis of point-defect-induced magnetic after-effect (MAE) processes oc...
Titanium substitution has a significant effect on the temperature dependence (5–300 K) of low-temper...
The subject matter of the present work is a study of a series of single crystal samples of magnetite...
The effect of low-dose cation doping (0.005 <x <0.08) of magnetite single crystals, Fe3-xMxO4 ...
Titanomagnetite containing up to 0.6–0.7 Ti atoms per formula unit is a primary magnetic mineral pha...
The magnetic aftereffect (MAE) spectra of magnetite (Fe3O4) and related spinel ferrites react most s...
A compensation temperature of 138 K was observed in the temperature-dependent magnetization curves ...
The effect of titanium (Ti4+) substitution on slightly oxidized magnetite single crystals, Fe3-xTixO...
During high-temperature growing of titanomagnetite single crystals (Fe2.8-¿Ti0.2O4, ¿ <0.005) in ...
This paper is concerned with the annealing kinetics of point defects giving rise - in the presence o...
The effect of dil. titanium (Ti4+)-doping on the magnetic after-effect (MAE) spectra of stoichiometr...
This report deals with the analysis of point-defect-induced magnetic after-effect (MAE) processes oc...
Titanium substitution has a significant effect on the temperature dependence (5–300 K) of low-temper...
The subject matter of the present work is a study of a series of single crystal samples of magnetite...
The effect of low-dose cation doping (0.005 <x <0.08) of magnetite single crystals, Fe3-xMxO4 ...
Titanomagnetite containing up to 0.6–0.7 Ti atoms per formula unit is a primary magnetic mineral pha...
The magnetic aftereffect (MAE) spectra of magnetite (Fe3O4) and related spinel ferrites react most s...
A compensation temperature of 138 K was observed in the temperature-dependent magnetization curves ...