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Research Interests: Materials Engineering, Mechanical Engineering, Chemical Engineering, Condensed Matter Physics, Inorganic Chemistry, and 19 moreElectrochemistry, Inorganic, Physical sciences, Zinc, Iron, Nickel, CHEMICAL SCIENCES, Electrons, Magnetics, Curie temperature, X ray diffraction, Particle Size, Room Temperature, Magnetic Properties of Soft Ferrites, Magnetism and Magnetic Materials, Chemical Synthesis, Computers Security, Ferric Compounds, and Molecular Structure
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Several micro meter long nanowires of ε-Fe x N (2 < x < 3) are synthesized through a reduction nitridation method of Fe-NTA precursor formed by a hydrothermal method. The formation of pure iron nitride nanowires is... more
Several micro meter long nanowires of ε-Fe x N (2 < x < 3) are synthesized through a reduction nitridation method of Fe-NTA precursor formed by a hydrothermal method. The formation of pure iron nitride nanowires is confirmed by XRD. SEM analysis shows the porous nature of the ...
Research Interests: Engineering, Materials Engineering, Mechanical Engineering, Condensed Matter Physics, Inorganic Chemistry, and 25 moreCrystal Growth, Nanoparticle, Applied Physics, Transmission Electron Microscopy, Nanotechnology, X Rays, Mathematical Sciences, Magnetization Reversal, Physical sciences, Magnetic Properties, Nitrogen, Chemical Analysis, Oscillations, Nickel, Ac Susceptibility, Quantum Interference, Lattice Parameter, X ray diffraction, Layered Structure, Size Distribution, Room Temperature, Magnetism and Magnetic Materials, Mass Spectroscopy, Fourier transform infrared, and Hysteresis Loop
Epsilon Iron Nitride has a wide range of nitrogen solubility in its lattice. While the stoichiometric epsilon-Fe 3 N has an ordered arrangement of nitrogen atoms in the octahedral voids of the hexagonal iron lattice, in non-stoichoimetric... more
Epsilon Iron Nitride has a wide range of nitrogen solubility in its lattice. While the stoichiometric epsilon-Fe 3 N has an ordered arrangement of nitrogen atoms in the octahedral voids of the hexagonal iron lattice, in non-stoichoimetric epsilon-Fe y N (2< y< ...
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Research Interests:
Research Interests:
Research Interests: Magnetic Recording, Magnetic Materials, Scanning Electron Microscopy, Transmission Electron Microscopy, Kondo effect, and 11 moreHyperfine Interactions, Magnetic Properties, Magnetic Susceptibility, Iron Oxide, Iron, Temperature Dependence, Thermal Treatment, Heavy Fermion, Porous Material, High Density Concrete, and Gamma-ray Spectroscopy
ε-FexN (x= 2.5) nanocrystallites synthesized by controlled nitridation and quenching were found to have a disordered arrangement of nitrogen atoms. Mössbauer spectrum at 5K shows an increased intensity for the second and fifth line... more
ε-FexN (x= 2.5) nanocrystallites synthesized by controlled nitridation and quenching were found to have a disordered arrangement of nitrogen atoms. Mössbauer spectrum at 5K shows an increased intensity for the second and fifth line indicating a canted spin structure ...
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The Mössbauer spectra of ε-Fe3N at 5K show several sextets which indicate a disordered arrangement of nitrogen atoms. Even though the 5K spectra hints out a distribution for the Fe atoms coordinated with two nitrogen atoms (Fe (II)), the... more
The Mössbauer spectra of ε-Fe3N at 5K show several sextets which indicate a disordered arrangement of nitrogen atoms. Even though the 5K spectra hints out a distribution for the Fe atoms coordinated with two nitrogen atoms (Fe (II)), the in-field spectrum showed that the ...