Quantifying Å‐Scale Non‐Additive Solvation at Nanoparticle Interfaces

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Observational analysis quantifies non-additive solvation at nanoparticle interfaces, indicating impacts on ligand behavior.

Nanoparticle interfaces exhibit non-linear solvent organization, affecting stability and self-assembly.
The study employs small-angle neutron scattering to reveal discrete sub-nanometer solvent clusters.
Solvent clustering and ligand shell deformation are tied to the bulk azeotropic solvent composition.
The methodology provides new insights into tailoring solvation effects in nanoparticle systems.

Liu et al. (2025) studied this question.

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View Full Paper

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Authors

Observational analysis quantifies non-additive solvation at nanoparticle interfaces, indicating impacts on ligand behavior.

Nanoparticle interfaces exhibit non-linear solvent organization, affecting stability and self-assembly.
The study employs small-angle neutron scattering to reveal discrete sub-nanometer solvent clusters.
Solvent clustering and ligand shell deformation are tied to the bulk azeotropic solvent composition.
The methodology provides new insights into tailoring solvation effects in nanoparticle systems.

Liu et al. (2025) studied this question.

View Full Paper

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Bookmark