| Document Date: 2014-01-02 02:37:26
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City Barcelona / Bellaterra / / Country Spain / / Currency pence / / Facility Campus UAB / / IndustryTerm free-energy results / lowest-energy phonon eigenmodes / free-energy calculations / quasiharmonic free-energy calculations / prospective applications / free-energy difference / spin-phonon energy / low energy / zero-point energy / normalized spin product / lowest-energy structures / free energy / quasiharmonic free-energy difference / data-storage devices / free-energy / metastable energy minima / potential energy / free-energy error / free-energy approach / conjugate-gradient algorithm / electronics / lattice site / local energy minima / low-energy phonons / energy calculations / low-energy / energy difference / low-energy region / exchange-correlation energy density / energy / calculated energy points / / OperatingSystem DOS / / Organization Jorge ´I˜niguez Institut / American Physical Society / U.S. Securities and Exchange Commission / / Person Claudio Cazorla / / Position Prime Minister / representative / / ProgrammingLanguage R / K / / RadioStation FM 2 / G FM / 1 FM / / Technology conjugate-gradient algorithm / x-ray / dielectric / condensation / spectroscopy / simulation / performed using a conjugate-gradient algorithm / /
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PHYSICAL REVIEW B 88, Insights into the phase diagram of bismuth ferrite from quasiharmonic free-energy calculations Claudio Cazorla and Jorge ´I˜niguez Institut de Ci`encia de Materials de Barcelona (IC