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- Tseng, K.J., et al. Show all 10 Authors
- Environmental pollution 2012 v.162 pp. 151-158
- Fourier transform infrared spectroscopy; air; carbon; carbonization; chromium; heat; nuclear magnetic resonance spectroscopy; potassium chloride; soil organic matter; temperature
- ... Surface fire could induce heat transferring into the soil, creating a carbonized environment, which may alter the chemical compositions of soil organic matters (SOM). In the study, a surface soil was carbonized at up to 600 °C with limited air to simulate soils experiencing a surface fire, and Cr(VI) removal on the carbonized soils was investigated. NMR and FTIR analyses demonstrated a remarkable ...