Spatial statistical modeling of DNS data shows complementary local-global connections: dimples link locally to vorticity but globally to divergence, while scars show the opposite pattern.
John Wiley & Sons, Ltd, ??? (2007)
2 Pith papers cite this work. Polarity classification is still indexing.
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Brody exponent β is calibrated for 2D spatial point processes with a corrected CSR baseline of 0.96±0.15 and validated β–r_excl correlation of ρ=0.988, supported by controls on primes and manufactured surfaces.
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On the spatial statistics of free-surface turbulence and the complementarity of 'dimples' and 'scars'
Spatial statistical modeling of DNS data shows complementary local-global connections: dimples link locally to vorticity but globally to divergence, while scars show the opposite pattern.
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Calibrating the Brody exponent as a quantitative measure of short-range exclusion in 2D spatial point processes
Brody exponent β is calibrated for 2D spatial point processes with a corrected CSR baseline of 0.96±0.15 and validated β–r_excl correlation of ρ=0.988, supported by controls on primes and manufactured surfaces.