Abstract In this paper we will analyse the feromagnetism in nanoparticles. We will try to explain why materials that do not exhibit magnetism at large scales, exhibit magnetism when nanoparticles of the same material are formed. This occurs because when the particle size is reduced, only one domain can form in one nanoparticle. These nanomaterials then exhibit magnetism at a large scale
The continuing development of advanced magnetic nanomaterials for electronic devices and medical app...
From the fundamental point of view, NPs formed by MFe2O4 with (M= Co, Fe) are ideal system models to...
In order to understand inter-particle as well as interfacial interaction of magnetic nanoparticles, ...
The fundamental understanding of nanoscale materials has been the focus of much scientific and techn...
A set of investigations on selected samples of nanosized cobalt ferrite are reviewed, aimed at study...
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...
© 2017 by Taylor & Francis Group, LLC. Over the past couple of decades, nanocrystalline materials,...
In this paper, we reviewed some relevant aspects of the magnetic properties of metallic nanoparticle...
Intrinsic Magnetism and Collective Magnetic Properties of Size Selected Nanoparticles in Nano Scie...
This book discusses how the important properties of materials such as the cohesive energy, and the e...
In this paper, we reviewed some relevant aspects of the magnetic properties of metallic nanoparticle...
Fe3O4 [Magnetite] nanoparticles have magnetism that differs greatly from their bulk counterparts. Wh...
The variation in magnetic properties with particle size for nanomagnetic particles at 300 K and 10 K...
The performance characteristics of magnetic nanoparticles toward application, e.g., in medicine and ...
The continuing development of advanced magnetic nanomaterials for electronic devices and medical app...
From the fundamental point of view, NPs formed by MFe2O4 with (M= Co, Fe) are ideal system models to...
In order to understand inter-particle as well as interfacial interaction of magnetic nanoparticles, ...
The fundamental understanding of nanoscale materials has been the focus of much scientific and techn...
A set of investigations on selected samples of nanosized cobalt ferrite are reviewed, aimed at study...
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...
© 2017 by Taylor & Francis Group, LLC. Over the past couple of decades, nanocrystalline materials,...
In this paper, we reviewed some relevant aspects of the magnetic properties of metallic nanoparticle...
Intrinsic Magnetism and Collective Magnetic Properties of Size Selected Nanoparticles in Nano Scie...
This book discusses how the important properties of materials such as the cohesive energy, and the e...
In this paper, we reviewed some relevant aspects of the magnetic properties of metallic nanoparticle...
Fe3O4 [Magnetite] nanoparticles have magnetism that differs greatly from their bulk counterparts. Wh...
The variation in magnetic properties with particle size for nanomagnetic particles at 300 K and 10 K...
The performance characteristics of magnetic nanoparticles toward application, e.g., in medicine and ...
The continuing development of advanced magnetic nanomaterials for electronic devices and medical app...
From the fundamental point of view, NPs formed by MFe2O4 with (M= Co, Fe) are ideal system models to...
In order to understand inter-particle as well as interfacial interaction of magnetic nanoparticles, ...