Transverse-resolved RDFs in quasi-1D confined hard spheres can be governed by different leading poles than the global RDF, yielding distinct correlation lengths and frequencies that depend on transverse configuration and density.
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On the correlation lengths of confined spheres in a cylindrical pore
Transverse-resolved RDFs in quasi-1D confined hard spheres can be governed by different leading poles than the global RDF, yielding distinct correlation lengths and frequencies that depend on transverse configuration and density.