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Article
Open AccessCandy Wrapper for the Earth's Inner Core
Recent global expansion of seismic data motivated a number of seismological studies of the Earth's inner core that proposed the existence of increasingly complex structure and anisotropy. In the meantime, new ...
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Article
Reply to Lars O. Werme et al.: “Comments on ‘Water Corrodes Copper’”
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Article
Water Corrodes Copper
According to a current concept, copper canisters of thickness 0.05 m will be safe for nuclear waste containment for 100,000 years. We show that more than 1 m copper thickness might be required for 100,000 year...
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Article
Inertial phase separation in rotating self-gravitating media
The centrifugal separation of foreign inclusions (particles) in a rotating spherical volume of a self-gravitating medium is considered in the hydrodynamic approximation. Using the full Lagrangian approach, the...
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Chapter
Quartz Like Phases in CO2 at Very High Pressure from ab initio Simulations
We report on a full potential linear muffin-tin orbital (FPLMTO) as well as pseudopotential calculation of the electronic structure of CO2 at ambient conditions as well as under high pressure. The calculations su...
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Article
Melting of corundum using conventional and two-phase molecular dynamic simulation method
The melting curve of corundum is calculated by using two approaches: the first one is conventional and the second one is two-phase molecular dynamics method both utilizing the same pairwise interatomic potenti...
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Article
GEMIN — a method of calculation of structural, spectral and thermoelastic properties of crystals in quasi-harmonic approximation
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Chapter
Equations of State of Fluids at High Temperature and Pressure (Water, Carbon Dioxide, Methane, Carbon Monoxide, Oxygen, and Hydrogen)
The problem of calculating properties of fluids at high temperature (T) and pressure (P) remains one of the main problems of physical chemistry. More than 100 years have passed since the contemporary approach of ...