Electronic Structure of Iron-Nickel Alloys - Acharya, Shakti Shankar
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Ground state properties of iron-nickel alloys have been well explained using room temperature XRD, room temperature and low temperature resistivity, magnetic and XPS measurements. Signature of crystal field effect, spin glass reentrant, antiferromagnetic coupling, martensitic phase transition, core level shift, low temperature core level broadening, 6 eV satellites, Auger spectroscopy, valence band spectroscopy correlate theoretical model electronic structure of iron-nickel alloys. Instrumental techniques have been explained in a very lucid way in detail to provide a detail idea about the experimental techniques to the readers.…mehr

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Produktbeschreibung
Ground state properties of iron-nickel alloys have been well explained using room temperature XRD, room temperature and low temperature resistivity, magnetic and XPS measurements. Signature of crystal field effect, spin glass reentrant, antiferromagnetic coupling, martensitic phase transition, core level shift, low temperature core level broadening, 6 eV satellites, Auger spectroscopy, valence band spectroscopy correlate theoretical model electronic structure of iron-nickel alloys. Instrumental techniques have been explained in a very lucid way in detail to provide a detail idea about the experimental techniques to the readers.
Autorenporträt
Dr. Shakti Shankar Acharya is working as an assistant professor (Guest) in the Dept. of Physics, Ravenshaw University, Cuttack. He has visited Oxford and Cambridge University, UK, Juelich research Center, Germany, Linkoping University, Sweden, Ghent University, Belgium. ICTP, Italy, Utrecht University, Netherland as a visiting professor.