Ionic Liquids: The Molecular Key to Tougher, More Efficient Perovskite Solar Cells
A new review in the Journal of Materials Science maps how the molecular structure of ionic liquids governs crystallization, defect ...
A new review in the Journal of Materials Science maps how the molecular structure of ionic liquids governs crystallization, defect ...
Researchers in Kazakhstan have developed a two-stage deep learning method that forecasts the solar spectrum itself and uses it to ...
An ultrathin phosphomolybdic acid interlayer passivates defects and strengthens bonding at the MoOₓ/silicon interface, pushing dopant-free solar cell efficiency to ...
New research argues that ecological succession explains why mowing fails to control woody plants in solar parks and that grazing ...
Researchers modified a commercially available camera with a long-pass filter and a physical calibration model to quantitatively measure the electroluminescent ...
Indian researchers used neem extract to grow silver-decorated titanium oxynitride photoanodes, boosting quasi-solid-state dye-sensitized solar cell efficiency by 54.7 percent.
A new density functional theory study compares single, mixed, and multi-doping strategies in ZnO, identifying co-dopant combinations like Al–Mg and ...
Indonesia's plan to expand solar power across its vast tropical archipelago has always faced an awkward meteorological truth: the wettest ...
Princeton-led researchers have shown that adding a volatile eutectic mixture of zinc bromide and methyl ammonium chloride during fabrication dramatically ...
Researchers have built and tested a solar-powered freezer truck that eliminates refrigeration emissions, reaches minus 35 degrees Celsius, and shares ...
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© 2025 Scienmag - Science Magazine