The random amphiphilic copolymers containing a large fraction (35–50 mol%) of
ureidopyrimidinone (UPy) that can dimerize using a quadruple hydrogen bonding were …

We show that 2D H 2 NMR spectra enable valuable insights into the nature of an ice-water
equilibrium in nanoscale confinement, which extends over a broad temperature range. In …

We have investigated the dynamics of water confined in mesostructured porous silicas (SBA-
15, MCM-41) and four periodic mesoporous organosilicas (PMOs) by dielectric relaxation …

Due to its many industrial applications, the physics associated with the nanoconfinement of
fluids has garnered great attention from the scientific community in roughly the last fifteen …

Harnessing the subsurface geologic environments in an efficient and environmentally
sustainable manner is challenged by uncertainties associated with predicting the fate of …

Solid‐state electrochemical energy systems have attracted numerous attentions for their
excellent performance, high safety, and low cost. Recently, ice of aqueous electrolytes is …

Water confined in cylindrical pores of silica with a diameter of 2 nm was studied by positron
annihilation lifetime spectroscopy. Instead of freezing at 273 K, the glass-like transition …

This work investigates the phase behavior of aqueous solutions of glycerol confined in MCM-
41 and SBA-15 nanoporous matrixes by calorimetry. Limitations due to overfilling and …

Nanoconfinement alters the thermodynamics, dynamics, and kinetics of fluids hosted in
nanoscale solid nanopores to an extent that depends on the characteristics of the confining …

We investigated the structure of ice under nanoporous confinement in periodic mesoporous
organosilicas (PMOs) with different organic functionalities and pore diameters between 3.4 …