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pyrolysis temperature
Biochar application increases total secondary- and micro-nutrient accumulation in crops by 12.8% without altering overall nutrient concentration
Increasing Pyrolysis Temperature from Four Hundred to Eight Hundred Degrees Celsius Boosts Fixed Carbon Content in Coffea canephora Husk Biochar by Ten Percentage Points
Converting Teff Straw to Biochar at 500 Degrees Celsius Boosts Surface Area by 46 Percent
Random Forest Model Outperforms Other Machine Learning Algorithms with 0.9107 Accuracy in Predicting Biochar-Mediated Soil Phosphorus Availability
Lower Pyrolysis Temperatures Drive 2.5-Times Faster Silver Ion Reduction in Nano-Biochar Systems
KOH Activation Before Low-Temperature Pyrolysis Maximizes Sargassum Biochar CO2 Capture Capacity to 120.5 mg/g
Dissolved Black Carbon Colloidal Stability Governed by Pyrolysis Conditions Controls Carbon Sequestration and Pollutant Mobility
Mathematical Models Reveal Up to 3.82 Millimoles Per Gram Carbon Capture Potential in Biochar
Tobacco Stem Biochar Pyrolyzed at High Temperatures Achieves One Hundred Percent Eradication of Soil-Borne Plant Pathogens
Pyrolysis Temperature Adjustments Enable Up to Ninety-Five Percent Immobilization of Agricultural Soil Plastics
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