1.Coupling Natural Halloysite Nanotubes and Bimetallic Pt-Au Alloy Nanoparticles for Highly Efficient and Selective Oxidation of 5-Hydroxymethylfurfural to 2,5-Furandicarboxylic Acid

Zhong, XM, Yuan, P,     More...

Zhong, XM, Yuan, P, Wei, YF, Liu, D, Losic, D, Li, MY     Less

ACS APPLIED MATERIALS & INTERFACES[1944-8244], Published 2022, Volume 14, Issue 3, Pages 3949-3960

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WOS核心合集引用: 45  2023影響因子:  8.5  发表年影響因子:  9.5 

2.Fractionation of natural algal organic matter and its preservation on the surfaces of clay minerals

Wei, LM, Bu, HL, Wei     More...

Wei, LM, Bu, HL, Wei, YF, Wu, HH, Wang, GH, Chen, PC, Li, HM     Less

APPLIED CLAY SCIENCE[0169-1317], Published 2021, Volume 213,

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WOS核心合集引用: 9  2023影響因子:  5.3  发表年影響因子:  5.907 

3.Efficient phosphate removal by dendrite-like halloysite-zinc oxide nanocomposites prepared via noncovalent hybridization

Wei, YF, Liang, XJ,     More...

Wei, YF, Liang, XJ, Wu, HH, Cen, JM, Ji, YM     Less

APPLIED CLAY SCIENCE[0169-1317], Published 2021, Volume 213,

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WOS核心合集引用: 19  2023影響因子:  5.3  发表年影響因子:  5.907 

4.Titanium-pillared montmorillonite composite as an efficient catalyst for 2-nitrophenol reductive transformation by Fe(II): The effects of aqueous chemistry and mechanistic insights

Wei, YF, Song, ZH, W     More...

Wei, YF, Song, ZH, Wu, HH     Less

COLLOIDS AND SURFACES A-PHYSICOCHEMICAL AND ENGINEERING ASPECTS[0927-7757], Published 2021, Volume 627,

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WOS核心合集引用: 1  2023影響因子:  4.9  发表年影響因子:  5.518 

5.Insight into cyanobacterial preservation in shallow marine environments from experimental simulation of cyanobacteria-clay co-aggregation

Liu, HC, Yuan, P, Li     More...

Liu, HC, Yuan, P, Liu, D, Zhang, WW, Tian, Q, Bu, HL, Wei, YF, Xia, JL, Wang, YC, Zhou, JM     Less

CHEMICAL GEOLOGY[0009-2541], Published 2021, Volume 577,

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WOS核心合集引用: 12  2023影響因子:  3.6  发表年影響因子:  4.685 

6.New design for titanium-pillared montmorillonite composites as efficient heterogeneous catalysts to enhance Fe(II) reductivity for 2-nitrophenol removal

Lu, PC, HonghaiWu, L     More...

Lu, PC, HonghaiWu, Liang, CJ, Wei, YF, Song, ZH     Less

APPLIED CLAY SCIENCE[0169-1317], Published 2021, Volume 205,

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WOS核心合集引用: 14  2023影響因子:  5.3  发表年影響因子:  5.907 

7.Highly regenerative and efficient adsorption of phosphate by restructuring natural palygorskite clay via alkaline activation and co-calcination

Wei, YF, Guo, KX, Wu     More...

Wei, YF, Guo, KX, Wu, HH, Yuan, P, Liu, D, Du, PX, Chen, PC, Wei, LM, Chen, W     Less

CHEMICAL COMMUNICATIONS[1359-7345], Published 2021, Volume 57, Issue 13, Pages 1639-1642

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WOS核心合集引用: 16  2023影響因子:  4.3  发表年影響因子:  6.065 

8.Quantitative assessments of organic matter uncoupling from clay surfaces in presence of salinity

Chen, PC, Wei, YF, W     More...

Chen, PC, Wei, YF, Wei, LM, Wu, HH, Bu, HL, Wang, GH, Wang, SH     Less

APPLIED CLAY SCIENCE[0169-1317], Published 2020, Volume 188,

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WOS核心合集引用: 11  2023影響因子:  5.3  发表年影響因子:  5.467 

9.A novel halloysite-CeOx nanohybrid for efficient arsenic removal

Song, YR, Yuan, P, D     More...

Song, YR, Yuan, P, Du, PX, Deng, LL, Wei, YF, Liu, D, Zhong, XM, Zhou, JM     Less

APPLIED CLAY SCIENCE[0169-1317], Published 2020, Volume 186,

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WOS核心合集引用: 59  2023影響因子:  5.3  发表年影響因子:  5.467 

10.Constructing Hierarchically Porous Nestlike Al2O3-MnO2@Diatomite Composite with High Specific Surface Area for Efficient Phosphate Removal

Song, YR, Yuan, P, W     More...

Song, YR, Yuan, P, Wei, YF, Liu, D, Tian, Q, Zhou, JM, Du, PX, Deng, LL, Chen, FR, Wu, HH     Less

INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH[0888-5885], Published 2019, Volume 58, Issue 51, Pages 23166-23174

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WOS核心合集引用: 19  2023影響因子:  3.8  发表年影響因子:  3.573 

11.Effects of calcination and acid treatment on improving benzene adsorption performance of halloysite

Deng, LL, Yuan, P, L     More...

Deng, LL, Yuan, P, Liu, D, Du, PX, Zhou, JM, Wei, YF, Song, YR, Liu, YQ     Less

APPLIED CLAY SCIENCE[0169-1317], Published 2019, Volume 181,

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WOS核心合集引用: 94  2023影響因子:  5.3  发表年影響因子:  4.605 

12.The health concern of polychlorinated biphenyls (PCBs) in a notorious e-waste recycling site

Shi, JC, Xiang, L, L     More...

Shi, JC, Xiang, L, Luan, HM, Wei, YF, Ren, HL, Chen, PC     Less

ECOTOXICOLOGY AND ENVIRONMENTAL SAFETY[0147-6513], Published 2019, Volume 186,

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WOS核心合集引用: 23  2023影響因子:  6.2  发表年影響因子:  4.872 

13.Activation of natural halloysite nanotubes by introducing lanthanum oxycarbonate nanoparticles via co-calcination for outstanding phosphate removal

Wei, YF, Yuan, P, Li     More...

Wei, YF, Yuan, P, Liu, D, Losic, DS, Tan, DY, Chen, FR, Liu, HC, Zhou, JM, Du, PX, Song, YR     Less

CHEMICAL COMMUNICATIONS[1359-7345], Published 2019, Volume 55, Issue 14, Pages 2110-2113

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WOS核心合集引用: 92  2023影響因子:  4.3  发表年影響因子:  5.996 

14.Activating 2D nano-kaolinite using hybrid nanoparticles for enhanced phosphate capture

Wei, YF, Yuan, P, So     More...

Wei, YF, Yuan, P, Song, YR, Liu, D, Losic, DS, Tan, DY, Chen, FR, Liu, HC, Du, PX, Zhou, JM     Less

CHEMICAL COMMUNICATIONS[1359-7345], Published 2018, Volume 54, Issue 82, Pages 11649-11652

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WOS核心合集引用: 17  2023影響因子:  4.3  发表年影響因子:  6.164 

15.Competitive partitioning of phenanthrene in carbon nanomaterials and anionic and nonionic micelles

Wei, YF, Liang, XJ,     More...

Wei, YF, Liang, XJ, Guo, CL, Dang, Z     Less

COLLOIDS AND SURFACES A-PHYSICOCHEMICAL AND ENGINEERING ASPECTS[0927-7757], Published 2018, Volume 553, Pages 612-617

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WOS核心合集引用: 3  2023影響因子:  4.9  发表年影響因子:  3.131 

16.Cosolubilization of phenanthrene and pyrene in surfactant micelles: Experimental and atomistic simulations studies

Liang, XJ, Guo, CL,     More...

Liang, XJ, Guo, CL, Liu, SS, Dang, Z, Wei, YF, Yi, XY, Abel, S     Less

JOURNAL OF MOLECULAR LIQUIDS[0167-7322], Published 2018, Volume 263, Pages 1-9

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WOS核心合集引用: 10  2023影響因子:  5.3  发表年影響因子:  4.561 

17.Biosurfactant rhamnolipid enhanced modification of corn stalk and its application for sorption of phenanthrene

Tong, L, Liu, WT, Li     More...

Tong, L, Liu, WT, Lin, WJ, Guo, CL, Yang, J, Wei, YF, Xie, YY, Liu, SS, Dang, Z     Less

WATER SCIENCE AND TECHNOLOGY[0273-1223], Published 2017, Volume 76, Issue 5, Pages 1167-1176

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WOS核心合集引用: 1  2023影響因子:  2.5  发表年影響因子:  1.247 

18.Electrokinetic-Enhanced Remediation of Phenanthrene-Contaminated Soil Combined with Sphingomonas sp GY2B and Biosurfactant

Lin, WJ, Guo, CL, Zh     More...

Lin, WJ, Guo, CL, Zhang, H, Liang, XJ, Wei, YF, Lu, GN, Dang, Z     Less

APPLIED BIOCHEMISTRY AND BIOTECHNOLOGY[0273-2289], Published 2016, Volume 178, Issue 7, Pages 1325-1338

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WOS核心合集引用: 8  2023影響因子:  3.1  发表年影響因子:  1.751 

19.Cosolubilization synergism occurrence in codesorption of PAH mixtures during surfactant-enhanced remediation of contaminated soil

Liang, XJ, Guo, CL,     More...

Liang, XJ, Guo, CL, Wei, YF, Lin, WJ, Yi, XY, Lu, GN, Dang, Z     Less

CHEMOSPHERE[0045-6535], Published 2016, Volume 144, Pages 583-590

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WOS核心合集引用: 23  2023影響因子:  8.1  发表年影響因子:  4.208 

20.Clay mineral dependent desorption of pyrene from soils by single and mixed anionic-nonionic surfactants

Wei, YF, Liang, XJ,     More...

Wei, YF, Liang, XJ, Lin, WJ, Guo, CL, Dang, Z     Less

CHEMICAL ENGINEERING JOURNAL[1385-8947], Published 2015, Volume 264, Pages 807-814

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WOS核心合集引用: 20  2023影響因子:  13.4  发表年影響因子:  5.310