Cs2CoCl4 adopts tetragonal P4/mcc and orthorhombic Pmcm rod-group structures under 1D radial compression in SWCNTs, showing re-entrant strain near 1 nm while preserving bulk-like Co2+ magnetism.
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Structural properties of one-dimensional $\mathrm{Cs}_2\mathrm{CoCl}_4$ confined within single-walled carbon nanotubes
Cs2CoCl4 adopts tetragonal P4/mcc and orthorhombic Pmcm rod-group structures under 1D radial compression in SWCNTs, showing re-entrant strain near 1 nm while preserving bulk-like Co2+ magnetism.