Quasi-divided cell

The use of a quasi-divided cell with a working electrode much larger than the auxiliary electrode may in some cases make a diaphragm less necessary the much higher current density at the auxiliaiy electrode than at the working electrode forces the major electrode reaction to be a reduction (oxidation) of the solvent rather than of the substrate [15] in aprotic media the use of a diaphragm may be avoided by employing a sacrificial counterelectrode. 

CHaOH/Na benzene suifonate, C-anode Pt-wire cathode, quasi-divided cell... 

In contrast to the quasi-continuum model, the crystal is divided into 2N cells of two types at the initial instant of time the cells with odd numbers are occupied by atoms, and the rest are empty. A vacancy can appear only in a cell with an odd number, and an interstitial atom can lie in a cell with an even number. Each cell contains not more than one defect. 

Due to statistical (or thermal) fluctuations, the particle concentration is locally non uniform and it fluctuates around its average value p. These fluctuations can be illustrated with the quasi-two-dimensional system of polystyrene spheres in water already shown in Fig. 1. The picture in Fig. 1 is reproduced in Fig. 9 with its total area divided in cells of equal area. Here one can see that the local particle concentration varies with the position r... 

In Eq. (1), / is the maximum current that can run through the cell. The open circuit voltage (V ) depends on the highest occupied molecular orbital (homo)level of the donor (p-type semiconductor quasi Fermi level) and the lowest unoccupied molecular orbital(lumo) level of the acceptor (w-type semiconductor quasi Fermi level), linearly. P in is the incident light power density. FF, the fill-factor, is calculated by dividing P by the multiplication of / and V and this can be explained by the following Eq. (2) ... 

The unit cell was composed of N times N array of quasi-ID channels with given size, each of which was divided by single atomic layer represented by LJ 10-4 potential function... 

Many groups have focused on the substitution of the liquid electrolyte by solid or gel electrolytes, which could aid in reducing costs and make assembly of dye-sensitized solar cells easier. The development of solid-state electrolytes is generally divided into two main parts quasi-solid-state electrolyte and solid-state electrolyte. 

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