Articles citing this paper
The aqueous geochemistry of thallium: speciation and solubility of thallium in low temperature systems
Yongliang Xiong A
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A Sandia National Laboratories, 4100 National Parks Highway, Carlsbad, NM 88220, USA. Email: yxiong@sandia.gov
Environmental Chemistry 6(5) 441-451 https://doi.org/10.1071/EN08086
Submitted: 6 November 2008 Accepted: 12 August 2009 Published: 22 October 2009
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Xiong Yongliang,
Kirkes Leslie, Westfall Terry
Chemical Geology. 2017 454 p.15
New Approach for Trace Thallium Removal in High Purity Ammonium Rhenate Solution by P204 Extraction
Yi Aifei,
Liu Ying,
Lu Xingwu,
Chen Song,
Jiang Honglin,
Shao Chuanbing,
Yuan Xuetao, Yin Yanxi
Separations. 2022 9(8). p.221
Influence of environmental and anthropogenic parameters on thallium oxidation state in natural waters
Campanella Beatrice,
D'Ulivo Alessandro,
Ghezzi Lisa,
Onor Massimo,
Petrini Riccardo, Bramanti Emilia
Chemosphere. 2018 196 p.1
Thallium Long-Term Fate from Rock-Deposit to Soil: The Jas Roux Sulfosalt Natural Analogue
Rose Jérôme,
Chaurand Perrine,
Dentant Cédric,
Angeletti Bernard,
Borschneck Daniel,
Kieffer Isabelle,
Proux Olivier,
Bonet Richard,
Auffan Mélanie,
Levard Clément,
Fehlauer Till,
Collin Blanche, Doelsch Emmanuel
ACS Earth and Space Chemistry. 2023 7(10). p.1848
Thallium (Tl) sorption onto illite and smectite: Implications for Tl mobility in the environment
Martin Loïc A.,
Wissocq Aubéry,
Benedetti M.F., Latrille Christelle
Geochimica et Cosmochimica Acta. 2018 230 p.1
Tracing Anthropogenic Thallium in Soil Using Stable Isotope Compositions
Kersten Michael,
Xiao Tangfu,
Kreissig Katharina,
Brett Alex,
Coles Barry J., Rehkämper Mark
Environmental Science & Technology. 2014 48(16). p.9030
Simultaneous separation and determination of thallium in water samples by high‐performance liquid chromatography with inductively coupled plasma mass spectrometry
Zhao Yuexin,
Cheng Fang,
Men Bin,
He Yi,
Xu Hui,
Yang Xiaofang, Wang Dongsheng
Journal of Separation Science. 2019 42(21). p.3311
Uptake of Thallium(I) by Rice Seedlings Grown in Different Soils: Key Soil Properties Determining Soil Thallium Availability
Huang Liang-Sin,
Yang Puu-Tai,
Lu Yu-An,
Liu Wei-Lin,
Chuang Tsung-Ju, Wang Shan-Li
Agronomy. 2024 14(4). p.718
Experimental determination of solubilities of lead oxalate (PbC2O4(cr)) in a NaCl medium to high ionic strengths, and the importance of lead oxalate in low temperature environments
Xiong Yongliang,
Kirkes Leslie,
Westfall Terry, Roselle Rachael
Chemical Geology. 2013 342 p.128
Sodium Carboxymethyl Cellulose and Fe-Modified Nano-FeS for Enhancing Sorption of Thallium from Water
Huang Xuexia,
Huang Qisheng,
Luo Dinggui,
Wu Qihang,
Arulmani Samuel Raj Babu,
Xiao Tangfu,
Zhang Hongguo, Huang Lei
Water, Air, & Soil Pollution. 2022 233(8).
Reductive Dissolution of Tl(I)–Jarosite by Shewanella putrefaciens: Providing New Insights into Tl Biogeochemistry
Smeaton Christina M.,
Walshe Gillian E.,
Fryer Brian J., Weisener Christopher G.
Environmental Science & Technology. 2012 46(20). p.11086
Geochemical distribution and speciation of thallium in groundwater impacted by acid mine drainage (Southern China)
Liu Yu,
Wei Lezhang,
Luo Dinggui,
Xiao Tangfu,
Lekhov Aleksei,
Xie Xianming,
Huang Xuexia, Su Xiaotong
Chemosphere. 2021 280 p.130743
Secondary Sulfate Minerals from Thallium Mineralized Areas: Their Formation and Environmental Significance
Zhao Fengqi, Gu Shangyi
Minerals. 2021 11(8). p.855
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Lopez Carlos M.,
Zhang Pengchu,
Favela S. Dante,
Xiong Yongliang, Wang Yifeng
Applied Geochemistry. 2023 155 p.105730
Fractionation of thallium in the Tamar estuary, south west England
Anagboso Marykate U.,
Turner Andrew, Braungardt Charlotte
Journal of Geochemical Exploration. 2013 125 p.1
Mobility and fate of Thallium and other potentially harmful elements in drainage waters from a decommissioned Zn-Pb mine (North-Eastern Italian Alps)
Pavoni Elena,
Covelli Stefano,
Adami Gianpiero,
Baracchini Elena,
Cattelan Roberto,
Crosera Matteo,
Higueras Pablo,
Lenaz Davide, Petranich Elisa
Journal of Geochemical Exploration. 2018 188 p.1
A Review of Modified Clay Minerals for Thallium Absorption from Aqueous Environment: Preparation, Application, and Mechanism
Dong Yingbo,
Zhang Pengfei, Lin Hai
Water, Air, & Soil Pollution. 2022 233(12).
Bioaccumulation of thallium and other trace metals in Biscutella laevigata nearby a decommissioned zinc-lead mine (Northeastern Italian Alps)
Pavoni Elena,
Petranich Elisa,
Adami Gianpiero,
Baracchini Elena,
Crosera Matteo,
Emili Andrea,
Lenaz Davide,
Higueras Pablo, Covelli Stefano
Journal of Environmental Management. 2017 186 p.214
The speciation of thallium in (Tl,Sb,As)-rich pyrite
George Luke L.,
Biagioni Cristian,
Lepore Giovanni Orazio,
Lacalamita Maria,
Agrosì Giovanna,
Capitani Gian Carlo,
Bonaccorsi Elena, d'Acapito Francesco
Ore Geology Reviews. 2019 107 p.364
Comment on “Predominance of Aqueous Tl(I) Species in the River System Downstream from the Abandoned Carnoules Mine (Southern France)”
Smeaton Christina M.,
Weisener Christopher G., Fryer Brian J.
Environmental Science & Technology. 2012 46(4). p.2473
In Situ Measurement of Thallium in Natural Waters by a Technique Based on Diffusive Gradients in Thin Films Containing a δ-MnO2 Gel Layer
Deng Hongmei,
Luo Mengting,
Shi Xinyao,
Williams Paul N.,
Li Kexin,
Liu Meiling,
Fan Weiye,
Xiao Tangfu,
Chen Yongheng,
Ma Lena Q., Luo Jun
Analytical Chemistry. 2019 91(2). p.1344
Quantification of Tl (I) and Tl (III) based on microcolumn separation through ICP-MS in river sediment pore water
Rasool Atta,
Xiao Tangfu,
Ali Salar,
Ali Waqar, Nasim Wajid
Environmental Science and Pollution Research. 2020 27(9). p.9686
Microbial diversity in paddy rhizospheric soils around a large industrial thallium-containing sulfide utilization zone
Liu Juan,
Wan Yuebing,
Wei Xudong,
She Jingye,
Ouyang Qi'en,
Deng Pengyuan,
Hu Haiyao,
Zhang Xiaoyin,
Fang Mingyang,
Wei Xiaoli,
Liu Weifeng,
Gong Jian, Wang Jin
Environmental Research. 2023 216 p.114627
Experimental and modeling studies of PR and ND oxalate solubility to high ionic strengths: Insight into actinide(III) oxalates
Xiong Yongliang, Wang Yifeng
Chemical Geology. 2021 573 p.120200
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Ma Chengxue,
Cheng Haijun,
Huang Ruixing,
Zou Yijie,
He Qiang,
Huangfu Xiaoliu, Ma Jun
Environmental Science & Technology. 2022 56(2). p.1017
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Feng Haopeng,
Zhao Mengyang,
Zhou Xin,
Zhu Xu,
Ouyang Xilian,
Tang Jing,
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Wang Jiajia,
Tang Wangwang, Tang Lin
International Journal of Environmental Research and Public Health. 2023 20(5). p.3829
A modified method of separating Tl(I) and Tl(III) in aqueous samples using solid phase extraction
Xiao Qingxiang,
Rasool Atta,
Xiao Tangfu, Baveye Philippe C.
Chemistry Central Journal. 2018 12(1).
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Pan BingCai,
Wan ShunLi,
Zhang ShuJuan,
Guo QingWei,
Xu ZhengCheng,
Lv Lu, Zhang WeiMing
Science China Chemistry. 2014 57(5). p.763
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Biagioni Cristian,
D'Orazio Massimo,
Lepore Giovanni O.,
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Science of The Total Environment. 2017 587-588 p.491
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Casiot Corinne,
Egal Marion,
Bruneel Odile,
Verma Neelam,
Parmentier Marc, Elbaz-Poulichet Françoise
Environmental Science & Technology. 2011 45(6). p.2056
Thallium pollution in China and removal technologies for waters: A review
Liu Juan,
Luo Xuwen,
Sun Yuqing,
Tsang Daniel C.W.,
Qi Jianying,
Zhang Weilong,
Li Nuo,
Yin Meiling,
Wang Jin,
Lippold Holger,
Chen Yongheng, Sheng Guodong
Environment International. 2019 126 p.771
Solid-phase distribution and mobility of thallium in mining-metallurgical residues: Environmental hazard implications
Aguilar-Carrillo Javier,
Herrera Lidya,
Gutiérrez Emmanuel J., Reyes-Domínguez Iván A.
Environmental Pollution. 2018 243 p.1833
Effect of natural organic matter on thallium and silver speciation
Martin Loïc A.,
Simonucci Caroline,
Rad Sétareh, Benedetti Marc F.
Journal of Environmental Sciences. 2020 93 p.185
On site separation of inorganic forms of thallium and arsenic in sea water systems followed by ICP-MS determination
Kowalska Joanna,
Drwal Alicja,
Tutaj Klaudia,
Kovshun Lidiia, Krasnodębska-Ostręga Beata
Analytical Methods. 2023 15(44). p.6082
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Fu Xianghui,
Li Li,
Yang Guochao,
Xu Xiangyang,
He Lihua, Zhao Zhongwei
Water. 2020 12(1). p.163
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Xu Youze,
Chen Yuehui,
Zhao Yuanyuan,
Zhou Shuang,
Fu Guangyi,
Zhong Yu,
Weerasinghe R., Fang C.
E3S Web of Conferences. 2021 237 p.01001
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Garrido Fernando,
Garcia-Guinea Javier,
Lopez-Arce Paula,
Voegelin Andreas,
Göttlicher Jörg,
Mangold Stefan, Almendros Gonzalo
Science of The Total Environment. 2020 717 p.137162
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Ning Zengping,
Liu Enguang,
Yao Dongju,
Xiao Tangfu,
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Casiot Corinne,
Egal Marion,
Bruneel Odile,
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Environmental Science & Technology. 2012 46(4). p.2475
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Xiong Yongliang
Applied Geochemistry. 2011 26(7). p.1130
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Cánovas Carlos R.,
Basallote María Dolores,
Macías Francisco,
Olías Manuel,
Pérez-López Rafael, Nieto José Miguel
Earth-Science Reviews. 2022 235 p.104264
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Zhao Fengqi,
Gu Shangyi,
Hao Likai,
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Bulletin of Environmental Contamination and Toxicology. 2021 107(6). p.1004
