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Physical Sciences and Mathematics Commons™
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Full-Text Articles in Physical Sciences and Mathematics
Effect Of Fe Substitution On Structural, Magnetic And Electron-Transport Properties Of Half-Metallic Co2tisi, Juliana Herran, Parashu Kharel, Pavel Lukashev
Effect Of Fe Substitution On Structural, Magnetic And Electron-Transport Properties Of Half-Metallic Co2tisi, Juliana Herran, Parashu Kharel, Pavel Lukashev
Research in the Capitol
In recent years, research on magnetic materials has been one of the most technologically appealing developments in materials science. Among other applications, magnetic materials are essential components of data storage and information processing in computer hardware elements, such as hard drives and random access memories. Here, we present a theoretical study of structural, magnetic and electronic properties of ferrimagnetic Co2Ti1−xFexSi (x = 0, 0.25, 0.5), using density functional calculations. We show that the magnetic moment of Co2Ti1−xFexSi increases when Ti is substituted with Fe, consistent with experimental findings. …
Analysis Of Vibrational Modes Of Chemically Modified Tone Wood, Madison Flesch
Analysis Of Vibrational Modes Of Chemically Modified Tone Wood, Madison Flesch
Honors Program Theses
It is generally accepted that every violin has different tone quality in terms of intonation and the depth of the harmonics produced. The best violins are made by experienced luthiers that craft each with precision to produce the best possible tonal quality. The quality of the finished violin is dependent upon both the specific shape and the vibrational response of the wood used in its construction. Because the hard wood used in violin construction is inhomogeneous, the composition and structure of material used is critical to the final product.1 Luthiers would initially rely on their experience to feel the …