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persistent free radicals
pH-Regulated Superoxide Radicals Drive a 2.5-Fold Kinetic Acceleration in Nano-Biochar Silver Ion Reduction
Biochar Electron Exchange Capacities Exceed Other Carbon Materials while Chemical Titration Measures Up to 470 Millimoles per Gram
Lower Pyrolysis Temperatures Drive 2.5-Times Faster Silver Ion Reduction in Nano-Biochar Systems
pH-Controlled Nano-Biochar Reaction Drives 2.5-Fold Speed Boost in Silver Recovery
Deep Learning Framework Achieves 91 Percent Accuracy in Predicting Biochar Catalytic Efficiency for Antibiotic Removal
Intrinsic Redox Superiority Drives Biochar Beyond Activated Carbon in Electron Transfer Applications
Tobacco Stem Biochar Pyrolyzed at High Temperatures Achieves One Hundred Percent Eradication of Soil-Borne Plant Pathogens
Biochar-Derived Hydroxyl Radicals Suppress Soil Respiration by 12.9 Percent in Acidic Soils While Soil Priming Dominates in Neutral Soils
Biochar Hydroxyl Radicals Suppress Soil Organic Carbon Mineralization by 6.8% to 12.9% in Acidic Soils
Biochar Decreases Carbon Emissions in Acidic Soils by Up to Thirteen Percent
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