'Covalent' effects in 'ionic' liquids by Madden, P, Wilson, M

“…On shorter timescales (higher frequency) these liquids exhibit spectroscopic bands usually assigned to quasi-molecular units. …”

Structure and dynamics in network liquids by Brookes, R, Brookes, Richard

“…<p>The onset of the Glass Transition in tetrahedral network liquids is associated with the over-constrained nature of the structure and the low ability of the ions to move relative to one another. …”

'Covalent' effects in 'ionic' liquids by Madden, P, Wilson, M

“…On shorter timescales (higher frequency) these liquids exhibit spectroscopic bands usually assigned to quasi-molecular units. …”

Are dipolar liquids ferroelectric? Simulation studies. by Pounds, M, Madden, P

Internal mobilities and diffusion in an ionic liquid mixture. by Merlet, C, Madden, P, Salanne, M

DISORDER AND ELECTRON INTERACTIONS IN EXPANDED LIQUID-METALS by Logan, D, Bush, I, Madden, P

Structure of normal and supercooled liquid aluminum oxide by Krishnan, S, Hennet, L, Jahn, S, Key, T, Madden, P, Saboungi, M, Price, D

“…We have made a new determination of the structure of liquid aluminum oxide over a wide temperature range, including the supercooled region, using synchrotron X-ray diffraction. …”

Diffusion coefficients in ionic liquids: relationship to the viscosity. by Brookes, R, Davies, A, Ketwaroo, G, Madden, P

Dynamical arrest in superionic crystals and supercooled liquids by Gray-Weale, A, Madden, P

“…Phenomenological similarities between the temperature dependence of the thermal and transport properties of supercooled liquids and certain crystalline fast-ion conductors are explored, using information from computer simulations and experiments. …”

Solid-liquid coexistence in ionic systems and the properties of the interface by Lanning, O, Shellswell, S, Madden, P

“…Phys., 116, 3410] of the solid-liquid interfaces in binary mixtures of hard spheres of sufficiently different size ratio to prevent solid compound formation. …”

Including many-body effects in models for ionic liquids by Salanne, M, Rotenberg, B, Jahn, S, Vuilleumier, R, Simon, C, Madden, P

Voids in network-forming liquids and their influence on the structure and dynamics by Wilson, M, Madden, P, Medvedev, N, Geiger, A, Appelhagen, A

“…Despite sharing the same local tetrahedral arrangement, the network properties of the three liquids differ markedly on an intermediate length scale and this leads to significant differences in the properties of the voids. …”

Conductivity-viscosity-structure: unpicking the relationship in an ionic liquid. by Salanne, M, Simon, C, Turq, P, Madden, P

Ion mobilities and microscopic dynamics in liquid (Li,K)Cl. by Morgan, B, Madden, P

Polarizabilities of individual molecules and ions in liquids from first principles by Salanne, M, Vuilleumier, R, Madden, P, Simon, C, Turq, P, Guillot, B

“…Dipole polarizabilities of individual ionic or molecular species are computed in three different liquid systems: liquid water, molten salts and magmatic melts, the last two belonging to the class of ionic liquids. …”

Simulation of the liquid-vapor interface of molten LiBeF3 by Salanne, M, Simon, C, Turq, P, Madden, P

“…The structural properties of the liquid-vapor interface of an equimolar mixture of LiF and BeF2 are studied by molecular dynamics. …”

Raman spectra of ionic liquids: interpretation via computer simulation. by Madden, P, Wilson, M, Hutchinson, F

“…Theoretical Raman spectra of the complex-forming ionic liquids LaCl3 and ScCl3, derived from molecular dynamics computer simulations, are presented. …”

Is a Stern and diffuse layer model appropriate to ionic liquids at surfaces? by Perkin, S, Salanne, M, Madden, P, Lynden-Bell, R

The nature of the "vibrational modes" of the network-forming liquid ZnCl2 by Ribeiro, M, Wilson, M, Madden, P

“…The atomic motions responsible for features seen in the spectra of network-forming liquids above the relaxational frequency domain are conventionally described as vibrational, with the nature of the vibrational modes described either as local vibrations of the tetrahedral units of the network or as extended, phonon-like vibrations, depending on the standpoint of the observer. …”

Structure and dynamics at the aluminum solid-liquid interface: An ab initio simulation by Jesson, B, Madden, P

“…The first atomic layer beyond that at which the average atomic density falls to the bulk liquid value, shows appreciable in-plane order.…”