Sugarcane Waste Transformed Into Graphene in a Greener Path to Wonder Material
Researchers in India have converted sugarcane bagasse into graphene oxide and reduced graphene oxide using controlled pyrolysis, modified Hummers oxidation, ...
Researchers in India have converted sugarcane bagasse into graphene oxide and reduced graphene oxide using controlled pyrolysis, modified Hummers oxidation, ...
A new bibliometric analysis of 543 publications maps three decades of exponential growth in research on biochar as a remedy ...
A three-stage laboratory study shows cow ghee releases rising free fatty acids when gently warmed, peaks in toxic acrolein near ...
A new review in Biochar shows that biochar acts as a rhizosphere interface engineer, simultaneously restructuring soil physics, chemistry and ...
A new review maps how biochar waste can be converted into green activated carbon whose activation pathway, pore structure, and ...
A new bibliometric analysis of 505 studies reveals explosive growth in biochar research for degraded tropical and semi-arid soils, with ...
Qatar-based researchers found that potassium-rich biochar made from banana peels can raise sewage-sludge biocrude yields from about 26 to nearly ...
Researchers report a one-step pyrolysis of iron-modified ZIF-8 that yields Fe-N4-doped porous carbon anodes delivering 1180 mAh per gram after ...
Researchers transformed used coffee grounds into water-vapor-activated biochars that adsorb chromium(III) from water, with surface chemistry and activation time proving ...
Researchers at Lingnan Normal University have anchored rhenium disulfide nanoparticles on nitrogen-doped carbon nanosheets derived from folic acid, achieving a ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine