Add to ORKGSpin-canting in spinel nanoparticles of maghemite has multiple origins, among which surface effects, finite-size effects or chemical disorder effects. XMCD at the Fe L edges allows to separate the contributions of the magnetic moments numerous occurrences in technological applica-tions. For instance, iron oxide nanoparticles ar
The structural, chemical, and magnetic properties of magnetite nanoparticles are compared. Aberratio...
This chapter deals with the effect of magnetic disorder on macroscopic magnetic properties of nanopa...
This chapter deals with the effect of magnetic disorder on macroscopic magnetic properties of nanopa...
We use XMCD at the L2,3 edges of iron to analyze the site-specific magnetic contributions of ions in ...
We use XMCD at the L2,3 edges of iron to analyze the site-specific magnetic contributions of ions in ...
We use XMCD at the L2,3 edges of iron to analyze the site-specific magnetic contributions of ions in ...
Spin-canting in spinel nanoparticles of maghemite has multiple origins, among which surface effects,...
Spin-canting in spinel nanoparticles of maghemite has multiple origins, among which surface effects,...
Spin-canting in spinel nanoparticles of maghemite has multiple origins, among which surface effects,...
Spin-canting in spinel nanoparticles of maghemite has multiple origins, among which surface effects,...
Spin-canting in spinel nanoparticles of maghemite has multiple origins, among which surface effects,...
Spin-canting in spinel nanoparticles of maghemite has multiple origins, among which surface effects,...
Spin-canting in spinel nanoparticles of maghemite has multiple origins, among which surface effects,...
Iron oxide nanoparticles are omnipresent in nature and of great importance for environmental science...
Iron oxide nanoparticles are omnipresent in nature and of great importance for environmental science...
The structural, chemical, and magnetic properties of magnetite nanoparticles are compared. Aberratio...
This chapter deals with the effect of magnetic disorder on macroscopic magnetic properties of nanopa...
This chapter deals with the effect of magnetic disorder on macroscopic magnetic properties of nanopa...
We use XMCD at the L2,3 edges of iron to analyze the site-specific magnetic contributions of ions in ...
We use XMCD at the L2,3 edges of iron to analyze the site-specific magnetic contributions of ions in ...
We use XMCD at the L2,3 edges of iron to analyze the site-specific magnetic contributions of ions in ...
Spin-canting in spinel nanoparticles of maghemite has multiple origins, among which surface effects,...
Spin-canting in spinel nanoparticles of maghemite has multiple origins, among which surface effects,...
Spin-canting in spinel nanoparticles of maghemite has multiple origins, among which surface effects,...
Spin-canting in spinel nanoparticles of maghemite has multiple origins, among which surface effects,...
Spin-canting in spinel nanoparticles of maghemite has multiple origins, among which surface effects,...
Spin-canting in spinel nanoparticles of maghemite has multiple origins, among which surface effects,...
Spin-canting in spinel nanoparticles of maghemite has multiple origins, among which surface effects,...
Iron oxide nanoparticles are omnipresent in nature and of great importance for environmental science...
Iron oxide nanoparticles are omnipresent in nature and of great importance for environmental science...
The structural, chemical, and magnetic properties of magnetite nanoparticles are compared. Aberratio...
This chapter deals with the effect of magnetic disorder on macroscopic magnetic properties of nanopa...
This chapter deals with the effect of magnetic disorder on macroscopic magnetic properties of nanopa...