Synthesis and parallel optoelectronic study of eight (Sb,Bi)(S,Se)(Br,I) chalcohalides shows tunable bandgaps from 1.38 to 2.08 eV and links phonon structure to reduced non-radiative recombination via solid-solution engineering.
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A numerical framework using self-consistent phonon renormalization extended to third- and fourth-order force constants is applied to phonon dispersion, linewidths, and temperature-dependent lattice thermal conductivity in NaCl, AgI, cBN, and 3C-SiC.
Spectroscopic measurements on selenium thin films indicate that structural disorder is processing-dependent rather than intrinsic and correlates with reduced carrier lifetime and open-circuit voltage in photovoltaic applications.
citing papers explorer
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Parallel Exploration of the Optoelectronic Properties of (Sb,Bi)(S,Se)(Br,I) Chalcohalides
Synthesis and parallel optoelectronic study of eight (Sb,Bi)(S,Se)(Br,I) chalcohalides shows tunable bandgaps from 1.38 to 2.08 eV and links phonon structure to reduced non-radiative recombination via solid-solution engineering.
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Ab initio Investigation of Thermal Transport in Insulators: Unveiling the Roles of Phonon Renormalization and Higher-Order Anharmonicity
A numerical framework using self-consistent phonon renormalization extended to third- and fourth-order force constants is applied to phonon dispersion, linewidths, and temperature-dependent lattice thermal conductivity in NaCl, AgI, cBN, and 3C-SiC.
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Spectroscopic Signatures of Structural Disorder and Electron-Phonon Interactions in Trigonal Selenium Thin Films for Solar Energy Harvesting
Spectroscopic measurements on selenium thin films indicate that structural disorder is processing-dependent rather than intrinsic and correlates with reduced carrier lifetime and open-circuit voltage in photovoltaic applications.