Structure and magnetic moment of Fe16N2 sputtered films. Takahashi H,Shoji H,Takahashi M. Journal of Magnetism and Magnetic Materials . 1997Takahashi H,Shoji H,Tkahashi M. Structure and magnetic moment of Fe16N2 sputtered films[J].Journal of Magnetism and Magnetic Materials,1997,(1/2):57....
www.nature.com/scientificreports OPEN received: 06 June 2016 accepted: 05 September 2016 Published: 26 September 2016 Magnetic moment collapse induced axial alternative compressibility of Cr2TiAlC2 at 420 GPa from first principle Yang Ze-Jin1,2, Linghu Rong-Feng3, Gao Qing-He4,5, ...
The Fmc and Fmi structures observed in LaMn2Si2and LaMn2Ge2, respectively, share some similarities: Both exhibit a ferromagnetic out-of-plane magnetic moment component as well as an identical checkerboard in-plane spin arrangement within the Mn nets. The incommensurability for the Fmi structure ...
We reviewed the present situation of the alpha"-Fe16N2 problem for alpha-Fe16N2 films with and without a giant magnetic moment in connection with structure and magnetic moment. The results of X-ray diffraction and transmission electron microscopy analysis did not show any difference between alpha...
We reviewed the present situation of the α″-Fe16N2 problem for α″-Fe16N2 films with and without giant magnetic moment in connection with structure and magnetic moment. The results of XRD and TEM analysis did not show any difference between α″-Fe16N2 films with and without giant magnet...
7. Magnetic moment versus external field strength (hyster- esis ''loop'') for different GdMn2Hx-hydrides: (a) 0pxp2; (b) 2.0pxp4.3, T ¼ 4 K, slow scan 755 kOe; (c) x ¼ 3:5; T ¼ 4 K, fast scan 710 kOe. The data characterizing the magnetic ordering temperatures of ...
1) giant magnetic moment 巨磁矩 1. Our calculated results show that only Fe~Ⅲ, Fe atoms not directly connected to N atoms, shows giant magnetic moments of about 2. 对Fe16N2的第一性原理研究表明:没有与N原子直接相邻的FeⅢ具有巨磁矩,大约为2。 2) giant magnetoresistance 巨磁电阻 1. ...
We find that spontaneous magnetization is unlikely to occur and that the susceptibility parameter (X) obeys Curie-type behavior at high temperature (T), namely X=(1/2)(N/kT)μN2, where N is the number density, k is the Boltzmann constant, and μN is the anomalous magnetic moment of ...
The magnetic moment of Mn2FeAl shows an increasing tendency below 40 GPa and decreases subsequently with pressure, and collapses ultimately at about 175 GPa. Such non-continuing decrease of Fe2MnAl originates from the unusual charge transfer of Fe and Mn and bond populations rearrangement of ...
Finally, beyond total aggregate magnetic moment, no time-dependent spin-spin interactions are included. In addition to simulating assembly of single NPs, the calculation allows NP aggregation to occur when NPs reach a sfaucrefaucne-dteor-sthuerfiancfeludeinstcaenocfeathza-ctoism≤p δocn(e1n...