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Bogunia, M., & Makowski, M. (2020). Influence of Ionic Strength on…

- - - - Two minima
        
        Contact minimum (CM)
        
        For larger particle, CM become deeper
        
        Solvent-separated minimum (SSM)
        
        For TIP3P, SSM depends on ionic strength
        
        For TIP4EW, difficult to define the SSM
      - One maxima
        
        Desolvation maximum
        
        Maximum point between SSM and CM
        
        Affected by ionic strength
        
        Higher ionic strength indicate greater hydrophobic interaction
        
        Depth of CM depending on number of C atom in the particles
        
        When Na, Cl present in water model, CM depth increase. The PMF plot become more indented.
    - - The plot shows characteristics shape for hydrophobic interactions of the 10 homodimer nanoparticles
- - - - Fullerene
      - Neopentane
      - Methane
      - Adamantane
    - - Ethane
      - Propane
      - Butane
      - Hexane
      - Decane
  - - - 7002 water molecules, 10 Na+, and 10 Cl− ions
      - 6922 water molecules, 50 Na+, and 50 Cl−
      - 7012 water molecules, 5 Na+, and 5 Cl− ions
      - Processed by weighted histogram analysis method
        (WHAM)
        
        Calculating Potential Mean Force (PMF)