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- W2065659837 startingPage "4861" @default.
- W2065659837 abstract "The superconducting transition temperature of the pseudobinary $A15$ compounds ${mathrm{V}}_{3}{mathrm{Ga}}_{1ensuremath{-}x}{mathrm{Sn}}_{x}$ ($0ensuremath{le}xensuremath{le}1$) falls sharply from a peak of about 14 ifmmode^circelsetextdegreefi{}K at $x=0$ to about 4 ifmmode^circelsetextdegreefi{}K at $x=1$. In order to understand the dependence of ${T}_{c}$ on the electronic structure, we have measured the spin-lattice relaxation rate, isotropic and axial Knight shift, and electric field gradient of $^{51}mathrm{V}$ in the normal and superconducting state at frequencies between 8 and 48.5 MHz. The composition dependence of the relaxation rate and the electric field gradient are calculated by a tight-binding model and the theory of Watson, Gossard, and Yafet, respectively. The results are in quantitative agreement with the $d$-subband densities of states based on an interpolation of the augmented-plane-wave band-structure calculations of Mattheiss. Symmetry considerations suggest that the difference in the electron-phonon coupling parameter for ${mathrm{V}}_{3}$Ga and ${mathrm{V}}_{3}$Sn could be due to an anomalously large phonon renormalization in ${mathrm{V}}_{3}$Ga caused by a peak in the $ensuremath{pi}$-subband density at the Fermi level." @default.
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- W2065659837 date "1973-06-01" @default.
- W2065659837 modified "2023-10-18" @default.
- W2065659837 title "Bare Density of States at the Fermi Level inV3Ga1−xSnx: A Nuclear-Magnetic-Resonance Study" @default.
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- W2065659837 doi "https://doi.org/10.1103/physrevb.7.4861" @default.
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