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| Home>Scientific Research>nMat>magnetic nanomaterials | ||||||||||||||
Magnetic nanomaterials (nMatMag) |
| The aim of the « Magnetic Nanomaterials »(nMatMag)
activity is to correlate the magnetic and transport behavior of
magnetic nanomaterials and nanodevices to their structure and synthesis
process in order to be able to tune and optimize their properties.
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nanometer scale
and other is about the progress of new method in synthesis. |
The themes in the « Magnetic Nanomaterials » activity are articulated around three points: |
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| • The
development of new methods for the local analyses of the magnetic
properties by methods derived from electronic microscopy • The study of
magnetic nanomaterials and nanodevices • The study of magnetic properties in the field of the ultra high frequency |
 Lorentz microscopy and holography highlighting the magnetic fields in a layer of FePd at perpendicular magnetization (CEA-Grenoble Sample) |
 Au nanoparticle attached on a Co nanostick (Sample : LPCNO-INSA) |
Through techniques of elaboration,
mainly “sputtering”
for thin films, and of characterization of devices, our aim is to
understand how the modifications, at the nanometer scale of the
atomic and electronic structure, of these systems modify their magnetic
and magnetotransport behaviors.
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The themes nMatMag includes thus three research operations devoted one to the development of new local methods of analysis the two others being studied magnetic of nanoobjets and devices< |
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