Interaction quantitative modeling of mixed surfactants for synergistic solubilization by resonance light scattering

Actual plan of research work was proposed for systematic investigating in the eld of photogalvanic cell (PG cell) for solar energy transformation. It was necessary and proposed to carry out experimental work under the solar parameters. The object of the research work is to enhance the solar energy conversion in to electricity and store through photogalvanic cells. Various parameters were studied in a photogalvanic cell having D-Xylose + MB + Brij-35 + NaLS PGS (photo galvanic system). The open circuit voltage and photopotential were observed 921.00 mV and 698.00 mV respectively for D-Xylose + MB + Brij-35 + NaLS PGS. The maximum photocurrent and short circuit current were observed 311µA and 245.0 µA respectively in D-Xylose + MB + Brij-35 + NaLS PGS. The equilibrium photocurrent and current at power point were observed 243.0 µA and 142.0 µA respectively in D-Xylose + MB + Brij-35 + NaLS PGS. The ll factor and conversion e ciency were observed 0.4521 and 0.6769% respectively in D-Xylose + MB + Brij-35 + NaLS PGS. The impact of solar energy was studied by vary the various parameters in PGS. The D-Xylose + MB + Brij-35 + NaLS PGS performance was found 126.00 minutes in absence of light on illumination of 90.0 minutes. On basis of above obtained values, the mixed surfactants (NaLS + Brij-35)have experimentally proved the e cient system as desired object of research with special reference to enhance electrical out and storage of solar energy.

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Synergistic impact of surfactant and sodium oleate on dolomite removal from fluorapatite via reverse flotation

Lan,

Dong,

Shen

et al. 2024

Applied Surface Science

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Interaction quantitative modeling of mixed surfactants for synergistic solubilization by resonance light scattering

Cited by 4 publications

References 54 publications

The effect of sand fractional wettability on SDBS-enhanced PCE immiscible mobilization in porous media

The effect of sand fractional wettability on SDBS-enhanced PCE immiscible mobilization in porous media

Innovative study in renewable energy source through mixed surfactant system for eco-friendly environment

Synergistic impact of surfactant and sodium oleate on dolomite removal from fluorapatite via reverse flotation

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