PALYGORSKITE

作品数:41被引量:184H指数:6
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相关作者:卢鑫汤长青杨继朋吕功煊张晓杰更多>>
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Remediation of Heavy Metal-Polluted Agricultural Soils Using Clay Minerals: A Review被引量:72
《Pedosphere》2017年第2期193-204,共12页XU Yi LIANG Xuefeng XU Yingming QIN Xu HUANG Qingqing WANG Lin SUN Yuebing 
supported by the Central Public Research Institutes Basic Funds for Research and Development, China (No. 2016-szjj-wrxf-lxf);the National Natural Science Foundation of China (No. 41401362);the Funds for Science and Technology Innovation Project from the Chinese Academy of Agricultural Sciences (No. CAAS-XTCX-2016018)
Heavy metal contamination of agricultural soils poses risks and hazards to humans. The remediation of heavy metal-polluted soils has become a hot topic in environmental science and engineering. In this review, the app...
关键词:BENTONITE BIOAVAILABILITY immobilization liming effect PALYGORSKITE SEPIOLITE soil pH 
Factors Affecting the Occurrence of Palygorskite in Central Iranian Soils Developed on Tertiary Sediments
《Pedosphere》2013年第3期359-371,共13页S.HOJATI H.KHADEMI A.FAZ CANO S.AYOUBI A.LANDI 
Supported by the Isfahan University of Technology, Iran;the Technical University of Cartagena, Spain
Limited information is available on the distribution and origin of palygorkite in soils developed on Tertiary sediments as the major soil parent materials in central Iran and other Middle Eastern countries. The object...
关键词:clay minerals discriminant analysis GYPSUM parent materials principal component analysis 
Magnesium Uptake and Palygorskite Transformation Abilities of Wheat and Oat被引量:4
《Pedosphere》2012年第6期834-841,共8页M.H.SALEHI L.TAHAMTANI 
Supported by Shahrekord University, Iran
Weathering of clay minerals is a source of nutrients to plants. Palygorskite is a Mg-rich fibrous clay mineral that commonly occurs in the soils and sediments of arid regions. Although many studies have examined the e...
关键词:clay minerals nutrient solution RHIZOSPHERE WEATHERING X-ray diffraction 
Mechanism for Cu^(2+) Sorption on Palygorskite被引量:6
《Pedosphere》2005年第3期334-340,共7页CHENTian-Hu PENGShu-Chuan XUHui-Fang SHIXiao-Li HUANGChuan-Hui 
1 Project supported by the National Natural Science Foundation of China (Nos. 40472026 and 40072017).
A single-factor experiment of copper ion adsorption on pure palygorskite was carried out to understand the Cu2+ sorption of palygorskite—an important clay mineral in soil and sedimentary rock. In addition, pH of the ...
关键词:copper ion PALYGORSKITE sorption mechanism transmission electron microscopy (TEM) 
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