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Now showing items 240-244 of 244

Vertex-based finite volume simulation of Liesegang patterns on structureless meshes

Abi Mansour A.; Al-Ghoul M. (American Physical Society; COLLEGE PKONE PHYSICS ELLIPSE, COLLEGE PK, MD 20740-3844 USA, 2014)

A computational method is suggested for the simulation of Liesegang patterns in two dimensions on structureless meshes. The method is based on a model that incorporates dynamical equations for the nucleation and growth of ...
Vibronic coupling in organic semiconductors: The case of fused polycyclic benzene-thiophene structures

Coropceanu V.; Kwon O.; Wex B.; Kaafarani B.R.; Gruhn N.E.; Durivage J.C.; Neckers D.C.; Bredas J.-L. (WEINHEIMPO BOX 10 11 61, D-69451 WEINHEIM, GERMANY, 2006)

The nature of vibronic coupling in fused polycyclic benzene-thiophene structures has been studied using an approach that combines high-resolution gas-phase photoelectron spectroscopy measurements with first-principles ...
Water-based electrolytes for dye-sensitized solar cells

Law C.; Pathirana S.C.; Li X.; Anderson A.Y.; Barnes P.R.F.; Listorti A.; Ghaddar T.H.; ORegan B.C. (WEINHEIMPO BOX 10 11 61, D-69451 WEINHEIM, GERMANY, 2010)

Stable and efficient dye-sensitized solar cells based on water-containing electrolytes are shown. For water contents up to 40percent, no decrease in efficiency is seen. The cells are demonstrated to be stable for long ...
What makes dye cells tick, or kick the bucket? Injection, regeneration, and collection efficiencies in new, old, dry, and wet dye sensitized solar cells

O'Regan B.C.; Barnes P.R.F.; Law C.; Anderson A.Y.; Listorti A.; Durrant J.R.; Ghaddar T.; Humphry-Baker R. (, 2010)

DSC electrolytes tolerant of water are demonstrate (figure 1). Some with surprising stability (figure 2). TAS data of complete cells allows determination of the rate constants for regeneration of S+ and electron recombination ...
What makes dye cells tick, or kick the bucket? Injection, regeneration, and collection efficiencies in new, old, dry, and wet dye sensitized solar cells

O'Regan B.C.; Barnes P.R.F.; Law C.; Anderson A.Y.; Listorti A.; Durrant J.R.; Ghaddar T.; Humphry-Baker R. (, 2010)

DSC electrolytes tolerant of water are demonstrate (figure 1). Some with surprising stability (figure 2). TAS data of complete cells allows determination of the rate constants for regeneration of S+ and electron recombination ...

Now showing items 240-244 of 244

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Browsing Department of Chemistry - Faculty Publications by Title

Browsing Department of Chemistry - Faculty Publications by Title

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