9 datasets found

DINS is capable of observing coherent tunneling of protons in a double well potential through the effects of the tunneling on the momentum distribution of the protons. In our...

INS is an ideal means of probing the complete vibrational density of states of water adsorbed on the surface of metal oxide nanoparticles with minimal interference from the...

INS provides an ideal probe to determine the vibrational density of states of water confined on the surface of metal-oxide nanoparticles from which the thermodynamic properties...

The proposed experiment aims to explore in detail these two effects in a thermodynamic range at ~25 MPa over a temperature range of 280° to 600°C, never investigated before,...

The protons in H2O confined in carbon nanotubes have been shown to delocalize coherently at low temperatures, exhibiting a rich phenomenology that is sensitive to the diameter...

We propose to collect INS data with TOSCA on nanoparticles of CoO and Co3O4 with different levels of hydration and size to study the effect of these parameters on the heat...

DINS is capable of observing coherent tunneling of protons in a double well potential through the effects of the tunneling on the momentum distribution of the protons. In our...

The surface of metal oxide nanoparticles are typically coated with layers of water that are strongly bonded to the surface. The properties of these water layers are...

Metal oxide nanoparticles are a form of pollution generated by a number of industrial procedures, and there is evidence that this class of nanoparticle can have a detrimental...