Benzene water interaction: from gaseous dimers to solvated aggregates

Publication year: 2011 Source: Chemical Physics, Available online 9 September 2011 M. Albertí, N. Faginas Lago, F. Pirani A recent formulation of intermolecular interactions has been adopted to describe the C6H6-H2O system by combining a few interaction components. The pure electrostatic contribution accounts for the quadrupole-dipole interaction and the remaining ones are represented as a combination of effective potential terms, containing one non directly transferable and two transferable parameters.

Publication year: 2011 Source: Chemical Physics, Available online 9 September 2011 M. Albertí, N. Faginas Lago, F. Pirani A recent formulation of intermolecular interactions has been adopted to describe the C6H6-H2O system by combining a few interaction components. The pure electrostatic contribution accounts for the quadrupole-dipole interaction and the remaining ones are represented as a combination of effective potential terms, containing one non directly transferable and two transferable parameters.

Read More:
Benzene water interaction: from gaseous dimers to solvated aggregates

Related posts:

  1. Measurement frequency of pedobarographic systems for evaluation of the foot–ground interaction in walking
  2. On the efficiency and predictability of strain energy for the evaluation of liquefaction potential: A numerical study
  3. Effects of soil fabric on behaviors of granular soils: Microscopic modeling
  4. Mapping areas of potential slope failures in cohesive soils using a shadow-casting algorithm – A case study from SW Sweden
  5. Numerical analysis of an experimental pipe buried in swelling soil
  6. Pertinent Insights On Effective Debridement Tools
  7. Transcalcaneal Talonavicular Dislocation Associated with an Open Comminuted Calcaneal Fracture: A Case Report