Temporal flow variations interact with spatial physical heterogeneity to impact solute transport in managed river corridors [0.03%]
时间变化的水流通过管理的河流走廊中空间物理异质性影响溶质输运的过程分析
Calogero B Rizzo,Xuehang Song,Felipe P J de Barros et al.
Calogero B Rizzo et al.
The interactions between surface water and groundwater in river corridors lead to temporal fluctuations in subsurface water fluxes which have a critical role on solute transport dynamics. In this work, we develop a framework to analyze the ...
Step-like rising and falling of a breakthrough curve observed at a karst spring [0.03%]
喀斯特泉中观测到的渗透曲线的阶跃式升降
Hong Liu,Guangquan Li
Hong Liu
Spring breakthrough curves induced by conventional advection and dispersion often present a gentle (smooth) change of concentration with time. We investigated an electrical-conductivity breakthrough curve which originated from a chemical re...
Impacts of water temperature on phosphorus release of sediments under flowing overlying water [0.03%]
流动上覆水中水温对底泥磷释放的影响研究
Xiaolong Cheng,Yanan Huang,Ran Li et al.
Xiaolong Cheng et al.
River sediment typically acts a 'sink' or 'source' of phosphorus for the overlying water owing to the adsorption of phosphorous by the sediment or release of phosphorous to the water, respectively. In this study, a method is proposed for th...
Iodine effective diffusion coefficients through volcanic rock: Influence of iodine speciation and rock geochemistry [0.03%]
碘穿过火山岩的有效扩散系数：碘形态和岩石地球化学的影响
Chelsea W Neil,Katherine Telfeyan,Kirsten B Sauer et al.
Chelsea W Neil et al.
Accurate prediction of the subsurface transport of iodine species is important for the assessment of long-term nuclear waste repository performance, as well as monitoring compliance with the Comprehensive Nuclear-Test-Ban Treaty, given that...
Effectiveness of groundwater heavy metal pollution indices studies by deep-learning [0.03%]
深度学习在地下水重金属污染指数有效性研究中的应用
Sudhakar Singha,Srinivas Pasupuleti,Soumya S Singha et al.
Sudhakar Singha et al.
Globally, groundwater heavy metal (HM) pollution is a serious concern, threatening drinking water safety as well as human and animal health. Therefore, evaluation of groundwater HM pollution is essential to prevent accompanying hazardous ec...
An approach for runoff and sediment nexus analysis under multi-flow conditions in a hyper-concentrated sediment river, Southwest China [0.03%]
多水流条件下的泥沙径流机理分析——以中国西南部某高含沙量河流为例
Yutong Li,Yanpeng Cai,Zoe Li et al.
Yutong Li et al.
Nexus of runoff and sediment in watercourses is important for sustainable watershed management, especially in rivers with hyper-concentrated sediments. However, complex relationships between runoff and sediment were not fully understood. In...
Mathematical modeling of organic liquid dissolution in heterogeneous source zones [0.03%]
异质源区有机液体溶解的数学模型
Zhilin Guo,Ann E Russo,Erica L DiFilippo et al.
Zhilin Guo et al.
A simple one-dimensional heterogeneous-source model was used to simulate dissolution of organic liquid that was non-uniformly distributed in physically heterogeneous porous media. The permeability field was depicted as a pseudo-homogeneous ...
Modeling uranium and 226Ra mobility during and after an acidic in situ recovery test (Dulaan Uul, Mongolia) [0.03%]
酸性原位开采试验期间和之后的铀和226镭迁移建模（蒙古乌兰杜拉安）
H de Boissezon,L Levy,C Jakymiw et al.
H de Boissezon et al.
This article presents the results of groundwater monitoring over a period of six years and the interpretation of these results by a reactive transport model, following an In Situ Recovery (ISR) test on the Dulaan Uul uranium deposit in Mong...
Physically simulating the effect of lateral vapor source-building separation on soil vapor intrusion: Influences of surface pavements and soil heterogeneity [0.03%]
横向蒸汽源建筑分离对土壤蒸汽侵入的物理模拟效应：地表铺面和土壤异质性的影响
Genfu Wang,Yuting Xiao,Jianping Zuo et al.
Genfu Wang et al.
The soil gas concentration attenuation in lateral diffusive transport determines the influence area of a contamination plume in soil vapor intrusion, a major exposure pathway of volatile chemicals at contaminated sites. In this study, we ut...
In situ precipitation of hydrous ferric oxide (HFO) for remediation of subsurface iodine contamination [0.03%]
水合三氧化二铁（HFO）的原位沉淀以修复地下碘污染
Guohui Wang,James E Szecsody,Nancy M Avalos et al.
Guohui Wang et al.
A practical approach for in situ hydrous ferric oxide (HFO) precipitation was developed for iodine immobilization under field-scale conditions at the Hanford Site. A series of 1D meter-long bench-top column experiments packed with Hanford s...