Development of freeway-based test scenarios for applying new car assessment program to automated vehicles

Photogalvanic effect was studied in photogalvanic cells containing EDTA as reductant, new methylene blue, and safranine O as photosensitizer. The photopotential and photocurrent generated were 740 mV and 110 A, respectively. The observed conversion efficiency was 0.4442% and the maximum output (power) of cell was 81.4 W. The photogalvanic cell can be used for 95 min in the dark due to the storage capacity of the cell. The effects of various parameters on the electrical output of the cell were observed. The mechanism of generation of the photocurrent in these photogalvanic cells has also been proposed.

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Thermally stimulated currents in a-Se99.5Bi0.5 thin films

Yadav

Pal

Sharma

et al. 2011

Vacuum

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Solar energy conversion and storage by using Rose Extract as natural dye and nitrilotriacetic acid as reductant in photogalvanic cell

Yadav¹

2018

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S. Yadav

Determination of trap depth and trap density in Se70Te30−xZnx thin films using thermally stimulated current measurements

Dependence of activation energy and pre-exponential factor on electric field in amorphous thin films of Se70Te30−xZnx

Photo-induced defects in amorphous thin films of Se70Te22Zn8

TSC measurements in a-Ge22Se78−xBix thin films

Photogalvanic Cells as a Device for Solar Energy Conversion and Storage: An EDTA-New Methylene Blue and Safranine O System

Thermally stimulated currents in a-Se99.5Bi0.5 thin films

Solar energy conversion and storage by using Rose Extract as natural dye and nitrilotriacetic acid as reductant in photogalvanic cell

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