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In article number 1800826, Stefan Wuttke, Thomas P. Burg, and co‐workers use a new method, nanomechanical Mass Correlation Spectroscopy (MCS), to reveal an unexpected behavior of the mass density of porous nanoparticles in liquid. The measured mass density is found to depend strongly on the chemical identity of the solvent molecules and on the internal functionalization of the pores. This can be explained...
The interplay of physical and chemical properties at the nanometer scale provides porous nanoparticles with unique sorption and interaction capabilities. These properties have aroused great interest toward this class of materials for application ranging from chemical and biological sensing to separation and drug delivery. However, so far the preferential uptake of different components of mixed solvents...
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