Response mechanism of dominant reactive functional groups in lignite under hypoxic conditions: a study combining phased microstructural and energy changes
Binrui Li(China University of Mining and Technology), Baolin Qu(China University of Mining and Technology), Houwang Wang(China University of Mining and Technology), Tianyu Li, Mangu Hu(China University of Mining and Technology), Linhao Xie(China University of Mining and Technology), Hongqing Zhu(China University of Mining and Technology)
Cited by 3
Related Papers
Reduced NOM triggered rapid Cr(VI) reduction and formation of NOM-Cr(III) colloids in anoxic environments
|Water Research|2020|110
Dynamics of dissolved organic matter and dissolved organic nitrogen during anaerobic/anoxic/oxic treatment processes
|Bioresource Technology|2021|63
Dynamic relationship between dissolved organic matter and soluble microbial products during wastewater treatment
|Journal of Cleaner Production|2021|48
Microbial metabolism changes molecular compositions of riverine dissolved organic matter as regulated by temperature
|Environmental Pollution|2022|39