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6 documents found
R & D report
Magnetic nanostructures with controlled thermo-electronic magnetic states for use in spintronics
Head: Pogorilyi, Kravets. Magnetic nanostructures with controlled thermo-electronic magnetic states for use in spintronics. (popup.stage: ). Institute of magnetism NASU and MESU. № 0218U003042
R & D report
Magnetic nanostructures with controlled thermo-electronic magnetic states for use in spintronic
Head: Pogorily, Kravets. Magnetic nanostructures with controlled thermo-electronic magnetic states for use in spintronic. (popup.stage: ). Institute of magnetism of NASU. № 0216U008302
R & D report
Magnetic nanostructures with controlled thermo-electronic magnetic states for use in spintronic
Head: Pogorily, Kravets. Magnetic nanostructures with controlled thermo-electronic magnetic states for use in spintronic. (popup.stage: ). Institute of magnetism of NASU. № 0215U004867
R & D report
Development of experimental technique to obtain of film nanostructures with high magnetization and high spin polarization of conduction electrons for application in spintronics and UHF equipment.
Head: Pogorily, Kravets. Development of experimental technique to obtain of film nanostructures with high magnetization and high spin polarization of conduction electrons for application in spintronics and UHF equipment.. (popup.stage: ). Institute of magnetism of NASU. № 0215U003641
R & D report
Development of experimental technique to obtain of film nanostructures with high magnetization and high spin polarization of conduction electrons for application in spintronics and UHF equipment.
Head: Pogorily, Kravets. Development of experimental technique to obtain of film nanostructures with high magnetization and high spin polarization of conduction electrons for application in spintronics and UHF equipment.. (popup.stage: ). Institute of magnetism of NASU. № 0215U003629
R & D report
Development of experimental technique to obtain of film nanostructures with high magnetization and high spin polarization of conduction electrons for application in spintronics and UHF equipment.
Head: Pogorily, Kravets. Development of experimental technique to obtain of film nanostructures with high magnetization and high spin polarization of conduction electrons for application in spintronics and UHF equipment.. (popup.stage: ). Institute of magnetism of NASU. № 0215U003628
6 documents found

Updated: 2026-10-21


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