The following data are produced by using “empirical potential structure refinement” (EPSR) to analyse neutron scattering data on pressurised water and aqueous trimethylamine N-oxide. Experimental data are corrected for multiple scattering, attenuation, and inelasticity effects prior to EPSR. This produces a simulated box of atoms whose structure is consistent with the corrected experimental scattering data. This box is further analysed using custom analysis routines provided to calculate hydrogen bonding interaction energies between pairs of molecules
International audienceFine structure of the oxygen K edge was investigated for water at ambient pres...
International audienceARTICLE scitation.org/journal/rsi A high pressure cell using metallic windows ...
We present a neutron diffraction study of liquid water to 6.5 GPa and 670 K. From the measured struc...
Total scattering structure factors of per-deuterated methanol and heavy water, CD3OD and D2O, have b...
A neutron diffraction experiment with isotopic H/D substitution on four concentrated NaOH/H2O solut...
The fluctuating hydrogen bridge bonded network of liquid water at ambient conditions entails a varie...
Fundamental understanding of the structural changes occurring during hydrate formation and inhibitio...
International audienceA direct measure of hydrogen bonding in water under conditions ranging from th...
We present a protocol for simultaneous structural characterization of aconfined fluid and the confin...
High pressure is a powerful thermodynamic tool for exploring the structure and the phase behaviour o...
We present measurements, molecular dynamics (MD) simulations, and predictions using Perturbed-Chain ...
The hydrogen-bond (H-bond) network of high-pressure water is investigated by neural-network-based mo...
International audienceThe structure of liquid ammonia (NH3) is investigated from 1 to 6.3 GPa and up...
A summary is given of data obtained from neutron diffraction experiments on heavy water at elevated ...
This dataset contains the full set of reduced, background-corrected wide Q-range neutron diffraction...
International audienceFine structure of the oxygen K edge was investigated for water at ambient pres...
International audienceARTICLE scitation.org/journal/rsi A high pressure cell using metallic windows ...
We present a neutron diffraction study of liquid water to 6.5 GPa and 670 K. From the measured struc...
Total scattering structure factors of per-deuterated methanol and heavy water, CD3OD and D2O, have b...
A neutron diffraction experiment with isotopic H/D substitution on four concentrated NaOH/H2O solut...
The fluctuating hydrogen bridge bonded network of liquid water at ambient conditions entails a varie...
Fundamental understanding of the structural changes occurring during hydrate formation and inhibitio...
International audienceA direct measure of hydrogen bonding in water under conditions ranging from th...
We present a protocol for simultaneous structural characterization of aconfined fluid and the confin...
High pressure is a powerful thermodynamic tool for exploring the structure and the phase behaviour o...
We present measurements, molecular dynamics (MD) simulations, and predictions using Perturbed-Chain ...
The hydrogen-bond (H-bond) network of high-pressure water is investigated by neural-network-based mo...
International audienceThe structure of liquid ammonia (NH3) is investigated from 1 to 6.3 GPa and up...
A summary is given of data obtained from neutron diffraction experiments on heavy water at elevated ...
This dataset contains the full set of reduced, background-corrected wide Q-range neutron diffraction...
International audienceFine structure of the oxygen K edge was investigated for water at ambient pres...
International audienceARTICLE scitation.org/journal/rsi A high pressure cell using metallic windows ...
We present a neutron diffraction study of liquid water to 6.5 GPa and 670 K. From the measured struc...