A hidden bulk polymorph of DNTT exhibits three-dimensional charge transport, with electron mobility along certain axes exceeding twice the hole mobility of the known phase.
& Furthmüller, J
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Molten FeCl2 and FeCl3 form extended polymer chains with six or more Fe centers linked by Cl atoms, showing an octahedral-to-tetrahedral coordination shift upon melting, as revealed by HEXRD, EPSR, and MACE MLIP simulations.
Photo-excited optical phonons in BPO4 generate strain-free macroscopic electrical polarization via phonon rectification at light-speed timescales, exceeding strain-limited piezoelectric amplitudes.
Calcium doping in PST tunes transition temperatures from 258 K to 319 K, stabilizes an antiferroelectric phase above 2% Ca, and produces a 2 K adiabatic temperature change from 263 K to 353 K under 110 kV cm^{-1}.
citing papers explorer
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A hidden bulk polymorph governs charge transport dimensionality in an organic semiconductor
A hidden bulk polymorph of DNTT exhibits three-dimensional charge transport, with electron mobility along certain axes exceeding twice the hole mobility of the known phase.
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Structure of Molten FeCl2 and FeCl3
Molten FeCl2 and FeCl3 form extended polymer chains with six or more Fe centers linked by Cl atoms, showing an octahedral-to-tetrahedral coordination shift upon melting, as revealed by HEXRD, EPSR, and MACE MLIP simulations.
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The optical phonoelectric effect
Photo-excited optical phonons in BPO4 generate strain-free macroscopic electrical polarization via phonon rectification at light-speed timescales, exceeding strain-limited piezoelectric amplitudes.
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Tunable electrocaloric effect in lead scandium tantalate through calcium doping
Calcium doping in PST tunes transition temperatures from 258 K to 319 K, stabilizes an antiferroelectric phase above 2% Ca, and produces a 2 K adiabatic temperature change from 263 K to 353 K under 110 kV cm^{-1}.