Tracking microplastic-derived dissolved organic matter in the adsorption of its mixtures with natural organic matter via end-member mixing analysis [0.03%]
利用端元混合分析法追踪微塑料衍生的溶解有机质及其与天然有机质混合物的吸附过程
Rabia Zafar,Yun Kyung Lee,Haeseong Oh et al.
Rabia Zafar et al.
Microplastic-derived dissolved organic matter (MP-DOM) has emerged as an environmental concern due to its co-existence with, and compositional similarities to, aquatic natural organic matter (NOM), potentially influencing adsorption-based environmental processes.
Performance analysis of machine learning algorithms for the prediction of disinfection byproducts formation during chlorination: Effect of background water characteristics [0.03%]
基于氯化过程中消毒副产物形成的机器学习算法性能分析：背景水特征的影响
Gamze Ersan,Eda Goz,Tanju Karanfil
Gamze Ersan
A wide range of water sources including wastewater effluent organic matters (EfOM), laboratory grown algal organic matters (AOM) samples from different algal species, and raw/treated/isolated natural organic matter (NOM) samples were selected to investigate background water effect on the model performance
Oxygen-driven thiol-activated ROS generation by particulate organic matter: Deciphering the role of interface-accelerated organic radical chain reaction [0.03%]
颗粒状有机物驱动的硫醇活化ROS生成：界面试剂加速有机自由基链反应的作用机制解析
Yixuan Wang,Chenghao Ge,Yuhong Huang et al.
Yixuan Wang et al.
Particulate organic matter (POM), a major component of natural organic matter (NOM), plays a crucial but poorly understood role in dark reactive oxygen species (ROS) generation.
Robust S3Former deep learning model for the direct diagnosis and prediction of natural organic matter (NOM) from three-dimensional excitation-emission-matrix (3D-EEM) data [0.03%]
基于三维激发发射矩阵（3D-EEM）数据直接诊断和预测天然有机物（NOM）的鲁棒S3Former深度学习模型
Weijia Wang,Fei Wang,Zhongzhen Wang et al.
Weijia Wang et al.
The non-destructive, three-dimensional excitation-emission matrix (3D-EEM) based on fluorescence spectroscopy has been widely used in natural organic matter (NOM) monitoring in aquatic environments.
Overlooked role of aged cationic natural organic matter in aquatic microplastics aggregation-sedimentation [0.03%]
老化阳离子天然有机质在水体微塑料絮凝沉降中的 overlooked 作用
Qian Peng,Zhiyan Feng,Miao Li et al.
Qian Peng et al.
Environmental behavior of microplastics (MPs) is critically modulated by natural organic matter (NOM), yet the role of aged cationic biopolymers like chitosan (CTS) remains less understood.
Synergistic cobalt-nitrogen sites and cobalt nanoparticles in polyethylene terephthalate-derived catalysts for selective singlet oxygen generation: Bridging plastic upcycling and antibiotic mineralization [0.03%]
聚对苯二甲酸乙二醇酯衍生催化剂中协同的钴-氮位点和钴纳米粒子的选择性单线态氧生成：打通塑料升级回收与抗生素矿化之间的联系
Kefu Wang,Changyan Guo,Yidi Liu et al.
Kefu Wang et al.
Remarkably, the optimized catalyst sustained 88.16 % TC elimination efficiency within 30 min under environmentally relevant conditions, including elevated ionic strength and natural organic matter interference, confirming robust operational stability.
New Pathway Mediated by Humic Acid Facilitates Long-Distance Hydroxyl Radical Production during Crystalline Iron Mineral Oxygenation [0.03%]
富里酸介导的新途径促进结晶态铁矿物氧化过程中长距离羟基自由基的产生
Wenbo Wu,Hengyi Fu,Huanxin Ma et al.
Wenbo Wu et al.
While natural organic matter exists as a ubiquitous redox mediator, how it regulates the distance scale of •OH production in a heterogeneous system remains poorly understood.
Impact of Organic Carbon on Manganese Release, Colloid Formation, and Aggregation in Surface and Groundwater [0.03%]
有机碳对地表水和地下水锰释放、胶体生成及聚集的影响
Qianqian Li,Céline Guéguen,Debra M Hausladen
Qianqian Li
The interaction of manganese (Mn) oxides with natural organic matter (NOM) can mobilize Mn, impacting groundwater quality. However, the formation of Mn colloids, critical determinants of Mn transport and aggregation, is often overlooked.
Evaluating Powdered Activated Carbon for Adsorption of Nitrogenous Organics in Water Using HDPairFinder [0.03%]
利用HDPairFinder评估粉末活性炭吸附水中的氮化物性能
Di Zhang,Qiming Shen,Xing-Fang Li
Di Zhang
Subsequent analysis focused on PHF, AN, and HB PACs to investigate adsorption kinetics and effects of water parameters, including initial amino acid concentration, pH, and natural organic matter (NOM) on removal efficiencies.
Solid-phase fluorescence excitation-emission matrix spectroscopy of soil, fulvic acid fractions, and clay mineral complexes: Evidence from red shift of fluorescence maxima associated with aggregation [0.03%]
土壤、富里酸组分和粘土矿物复合体的固相荧光激发发射矩阵光谱：关于与聚集相关的红移现象的证据
Yuki Nakaya,Takashi Hirose,Ryuichi Tamori et al.
Yuki Nakaya et al.
This study introduces solid-phase fluorescence excitation-emission matrix (SPF-EEM) spectroscopy as a novel technique for investigating the characteristics of natural organic matter in soil and sediment without the need for alkali extraction.
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