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ADSORPTION SCIENCE & TECHNOLOGY

IF3.2
论文数25
被引数19
期刊论文 25
发表时间
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Effect of Ag substitution in galena lattice on the adsorption mechanism of flotation reagents: A DFT studyAg取代方铅矿晶格对浮选药剂吸附机制的影响：一项DFT研究
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2026-10-28
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PREAI
deleteBo Yang; Xiao Wang; Xian Xie; Shihong Huang
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Upcycling coal fly ash and red mud into a magnetic zeolite composite for the efficient sequestration of ciprofloxacin将煤飞灰和赤泥升级为一种磁性沸石复合材料，以高效吸附环丙沙星
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IF3.2
delete2026-10-28
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PREAI
deleteGaluh Yuliani; Syahwa Syagita Destriansyah; Retna Putri Fauzia; Angga Cipta Narsa; Mamun Mollah; Agus Setiabudi; Budiman Anwar
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Mimosa pigra L. seeds: Repurposing invasive plant by-products as efficient biosorbents for cationic dye removalMimosa pigra L.种子：将入侵植物副产物再利用为高效生物吸附剂用于阳离子染料去除
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IF3.2
delete2026-10-12
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PREAI
deleteMinh-Trung Dao; Phan-Si-Nguyen Dong; Hoai-Minh Tran; Xuan-Du Nguyen; Hoang-Vinh-Truong Phan; Soontorn Suvokhiaw; Le-Thuy-Thuy-Trang Hoang; Van-Kieu Nguyen
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Microbial fuel cells in dye degradation: Fundamentals and advanced hybrid approaches-A review微生物燃料电池在染料降解中的应用：基础与先进混合方法——综述
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2026-09-18
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PREAI
deleteP. Shreya; N. Rashmi; Pushpanjali Bhat
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Removal of MB dye from wastewater using activated CB waste as high-efficient adsorbents: Characterization and performance study利用活性碳黑废料作为高效吸附剂从废水中去除MB染料：表征与性能研究
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2026-08-28
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PREAI
deleteNarjes Hosseinipour; Reza Ghasemi-Fasaei; Ava Mohrazi
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Biosorption of methylene blue from wastewater using green olive stone-based biocomposites incorporating Bacillus sp. and Pleurotus eryngii : Kinetic and isotherm analyses使用基于绿橄榄石的生物复合材料（包括Bacillus种和Pleurotus eryngii）从废水中生物吸附亚甲基蓝：动力学和等温分析
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2026-08-27
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PREAI
deleteBarış Enez
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Valorization of oyster shell waste into hydroxyapatite for removal of Cr(VI) and As(III) from water利用牡蛎壳废弃物制备羟基磷酸钙以去除水中的六价铬和三价砷
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2026-08-22
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PREAI
deleteLoc Xuan Nguyen; Phuong Thi My Do
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Zirconium-silver modified zeolite for fluoride and pathogen removal from drinking water: Synthesis, characterization, and adsorption modelling锆-银改性沸石用于饮用水中氟和病原体的去除：合成、表征及吸附建模
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2026-07-25
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PREAI
deleteSelby Nemakanga; Wasiu Babatunde Ayinde; Mugera Wilson Gitari; Rabelani Mudzielwana
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High-surface-area activated carbon - Iron oxide nanocomposite for enhanced arsenic remediation: Performance optimization and adsorption dynamics高比表面积活性炭-铁氧化物纳米复合材料用于增强砷修复：性能优化和吸附动力学
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2026-06-25
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PREAI
deleteSwasthik Acharya; Aman Umesh; Pratham Pai; Jawad Abdulkarim Sabt; Rohith Seenivasa Ragavan; Gautham Jeppu; Ranjeet Kumar Mishra
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Activated carbon derived from date pit and sodium alginate, application to the adsorption of methylene blue from aqueous solution: Equilibrium isotherms, kinetic study, and regenerationRabhi, N.L.; Sekirifa, M.L.; Touil, Y.; Belkhalfa, H.; Abdelouahed, L.; Al-Dujaili, A.H. 由枣核和海藻酸钠制备的活性炭及其对水溶液中亚甲基蓝吸附的应用：平衡等温线、动力学研究及再生。Adsorpt. Sci. Technol. 2026, 44, 1–20. [Google Scholar] [CrossRef]
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2026-04-20
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PREAI
deleteNada Lina Rabhi; Mohamed Lamine Sekirifa; Youcef Touil; Hakim Belkhalfa; Lokmane Abdelouahed; Ammar H. Al-Dujaili
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H 3 PO 4 -modified biochar derived from jacaranda fruits for phenol removal: Preparation, adsorption kinetics, isotherms, and thermodynamicsH 3 PO 4 修饰的来自蓝花楹果实的生物炭用于苯酚去除：制备、吸附动力学、等温线和热力学
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2026-03-17
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PREAI
deleteKhawla Damer; Imad hamadneh; Muna Abu-Dalo; Ammar H. Al-Dujaili
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Statistically optimized floating alginate–bentonite and β -zeolite composites with enhanced cyclic reusability for efficient Hg(II) removal from mining-impacted waters统计优化浮选海藻酸盐–蒙脱石和β-沸石复合材料，具有增强的循环可重用性，用于从受采矿影响的水体中高效去除Hg(II)。
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2026-03-14
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PREAI
deleteJuan S Son-Tafur; Juan D Gonzalez Olarte; Lisette Ruiz-Bravo
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Recent advances in activated carbons for CO 2 capture: Structure–performance relationships and future perspectivesCO₂捕集用活性炭的最新进展：结构-性能关系及未来展望
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2026-03-11
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PREAI
deleteSiavash Pasvei; Seyed Ali Hosseini Moradi; Farzad Namvar
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Enhanced fixed-bed column adsorption using a ternary MgO-impregnated eggshell–kaolin composite: Toward an efficient and sustainable fluoride removal technology
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2026-01-26
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deleteAisha Murgen Kitemangu; Revocatus Lazaro Machunda; Mwemezi Johaiven Rwiza; Nyemaga Masanje Malima; Andrew Toyi Banyikwa; Gordian Rocky Mataba
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The preparation of X-ETS-4 by ion-exchanged method and adsorption performance of C3F8/N2通过离子交换法制备X-ETS-4及其C3F8/N2吸附性能
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2025-12-22
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deleteYao JiaCheng; Li Li; Yuan Wenhui
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Adsorption performance of calcium-aluminum layered double hydroxides synthesized from waste incineration fly ash for removal Pb(II) from water由废弃物焚烧飞灰合成的钙铝层状双金属氢氧化物对水中Pb(II)的吸附性能
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2025-12-19
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PREAI
deleteZhou Zhang; Xilin Chai; Haiying Wei; Yubing Duan; Liqin Xu; Zhihui Yang; Runhua Chen
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Activated carbon from tea twig waste via low-temperature KOH activation for efficient CO 2 capture: Development mesoporous structures under mild conditions以茶枝废弃物为原料，通过低温KOH活化制备高效CO2捕获用活性炭：温和条件下介孔结构的开发
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2025-12-08
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deleteAry Mauliva Hada Putri; Benni F Ramadhoni; Yuliusman; Muhamad Ali Muhammad Yuzir; Yuswan Muharam
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Enhancement of hexavalent chromium adsorption by hydroxyapatite-modified biochar derived from Mimosa pigra invasive plant赤碱蓬（Mimosa pigra）入侵植物衍生羟基磷灰石改性生物炭对六价铬吸附的增强
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2025-11-13
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deleteNguyen Xuan Loc; Do Thi My Phuong
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Development of iron-based MOF for enhanced adsorption of dyes: Statistical optimization and antibacterial activity铁基MOF的开发用于染料吸附增强：统计优化与抗菌活性
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2025-10-31
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deleteMarawan M. Ramadan; Amira Hossam Eldin Moustafa; Mohamed Hagar; Ahmed R. Rabee; Hanaa Rasheed; Azza M. Shaker
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Arsenic removal from water using capacitive deionization electrode materials derived from Moringa oleifera seeds利用源自辣木籽的电容去离子电极材料去除水中的砷
deleteADSORPTION SCIENCE & TECHNOLOGY
IF3.2
delete2025-10-21
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deleteMagdalena Mwangesi; Revocatus L. Machunda; Yusufu Abeid Chande Jande
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