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Universal features of the equation of state of solids
A study of the energetics of solids leads to the conclusion that the equation of state for all classes of solids in compression can be expressed in terms of a universal function. The form of thisExpand
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A universal equation of state for solids
Ionic, metallic, covalent and rare-gas solids have qualitatively different forms for total energy versus inter-atomic spacing. The authors have discovered, however, that there is a universal form forExpand
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Compressibility of solids
We have discovered that the isothermal equation of state for solids in compression has a simple, universal form. This single form is shown to accurately describe the pressure and bulk modulus as aExpand
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Universal features of the equation of state of metals
The zero-temperature equation of state of metals, in the absence of phase transitions, is shown to be accurately predicted from zero-pressure data. Upon appropriate scaling of experimentalExpand
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Universal binding energy curves for metals and bimetallic interfaces
We provide evidence for a universal relationship between metallic binding energies and lattice parameters. By a simple scaling of a universal relationship, one can obtain binding energies as aExpand
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Thickness and conductivity of metallic layers from eddy current measurements
A robust method that uses eddy current measurements to determine the conductivity and thickness of uniform conductive layers is described. The method was tested by estimating the conductivity andExpand
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Ultrasonic backscatter from microstructure
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'Single-sided' autofocusing of sound in layered materials
A new technique—'single-sided' autofocusing—is proposed and its possible use for inspecting layered materials is surveyed. Based on linear acoustics and the recently developed mathematical theory ofExpand
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Universal features of bonding in metals
Binding-energy-distance relations for metallic systems are shown to exhibit a universal behavior under a simple two-parameter scaling. All currently available ab initio calculations for the cohesionExpand
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Theory of Ultrasonic Backscatter From Multiphase Polycrystalline Solids
Ultrasound scatters from the microscopic single crystals that constitute polycrystalline solids. The scattering originates from crystallite-crystallite variations in the density and elasticExpand
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