Publication | Closed Access
A Dynamic Model to Explain Hydration Behaviour along the Lanthanide Series
102
Citations
28
References
2008
Year
EngineeringComputational ChemistryChemistryWater MoleculesNatural Gas HydrateMolecular DynamicsSolution (Chemistry)Dynamic ModelSudden ChangeLanthanide SeriesHydration BehaviourBiophysicsChemical ThermodynamicsPhysicsBiochemistryPhysical ChemistryQuantum ChemistryMolecular ChemistryGas HydrateLanthanide CationsNatural SciencesNatural Gas Hydrate SystemHydrogen-bonded LiquidDynamicsChemical Kinetics
From nine to eight: Molecular dynamics simulations of all the lanthanide cations in water show that the change in first shell coordination number from nine to eight water molecules (see figure) is not a sudden change in behaviour. Instead, it results from a statistical predominance of one first hydration shell structure containing nine to eight water molecules.
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