Mixing (physics)

  1. Sulfuric and nitric acids drive iron dissolution differently
    Iron dissolution in urban aerosols follows divergent pathways controlled by sulfuric and nitric acids, shifting from nitric acid dominance at ground-level to sulfuric acid in the upper atmosphere.
  2. Modified isotope model estimates higher advected moisture fraction
    Modified isotopic mixing model for estimating precipitation moisture sources in southwest China using transpiration ratios and leaf area index constraints.
  3. A CFD S S T k − ω − k θ − ε θ four parameter heat transfer turbulence model for the 19-pin fuel assembly in LBE cooled reactors
    Four-parameter turbulence model for predicting heat transfer in lead-bismuth cooled fast reactors, addressing nonlinear Prandtl number behavior in liquid metal coolants.
  4. Aerosol mixing state differed between inland and coastal sites
    Entropy-based analysis of aerosol mixing state and CCN activity reveals distinct seasonal and geographic patterns, with heightened sensitivity in externally-mixed regimes at inland and coastal sites.