Zuliang Chen - Publications, H-index & Citations

陈

陈祖亮 (Zuliang Chen)

Fujian Normal University

86H指数

599论文数

2.7W被引数

收录论文 304

发表时间

Sulfur-vacancy-rich Cu⁰/CuO/CuS heterojunction catalyst enabling in-situ H₂O₂ generation and activation for selective degradation of sulfonamide antibiotics 富硫空位Cu⁰/CuO/CuS异质结催化剂通过原位生成并活化H₂O₂实现磺胺类抗生素的选择性降解

Separation and Purification Technology

IF9

2026-09-16

PREAI

Mei Lin; Yifang Wu; Weihao Lin; Zuliang Chen

Ammonium-accelerated recovery of rare earth elements from mine wastewater by an indigenous Pseudomonas oryzihabitans isolate 通过本土Pseudomonas oryzihabitans菌株实现的铵加速矿山废水中的稀土元素回收

Journal of Hazardous Materials

IF11.3

2026-09-14

PREAI

Siming Jiang; Honghai Yuan; Zhibiao Chen; Zuliang Chen

Acid mine drainage as a lixiviant for rare earth element recovery from ion-adsorption clay mine tailings: leaching behavior, mechanistic interpretation, and machine-learning-assisted analysis 酸性矿山排水作为从离子吸附粘土矿尾矿中回收稀土元素的浸出剂：浸出行为、机理解释和机器学习辅助分析

Journal of Cleaner Production

IF10

2026-09-09

PREAI

Meijing Li; Juanli Wu; Jiahui Hu; Zuliang Chen

Biomass and Iron Nanoparticles Synergistically Reduce Cadmium and Boost Rice Yield: A Field Remediation While Production Demonstration 生物质和铁纳米颗粒协同降低镉含量并提高水稻产量：一场边生产边修复的实地示范

LAND DEGRADATION & DEVELOPMENT

IF3.7

2026-04-27

PREAI

Kun Li; Mengying Liu; Yunxiao Luo; Jiajiang Lin; Zuliang Chen

A novel strain Pseudomonas oryzihabitans FJNU-1 aids ammonia removal and rare earth elements enrichment from wastewater in rare earth mining sites 一种新型菌株Pseudomonas oryzihabitans FJNU-1有助于从稀土矿区废水中去除氨和富集稀土元素

Process Safety and Environmental Protection

IF7.8

2026-04-24

PREAI

Chao Xue; Ronghao Wu; Rongting Yang; Kaiqiang Li; Zuliang Chen

Controlled synthesis of iron nanomaterials based on biomass: Mechanisms, structural design principles and impacts for selective recycling of rare earth elements 基于生物质的铁纳米材料可控合成：机制、结构设计原则及其对稀土元素选择性回收的影响

Journal of Environmental Chemical Engineering

IF7.2

2026-04-16

PREAI

Zibin Pan; Shijuan Li; Ziyu Pan; Zuliang Chen

Mediated electron transfer in the bio-reduction of graphene oxide by Lysinibacillus sphaericus: Mechanisms and facilitation 球芽短杆菌介导的氧化石墨烯生物还原中的电子转移：机制与促进

Journal of Power Sources

IF7.9

2026-02-17

PREAI

Jinyang Chen; Xiaoyu Lin; Wei Wang; Li Gan; Zuliang Chen

Efficient recovery of rare earth elements from rare earth tailings using Acidithiobacillus thiooxidans: Mechanisms and feasibility 利用Acidithiobacillus thiooxidans从稀土尾矿中高效回收稀土元素的机制与可行性

Bioresource Technology

IF9

2026-01-12

PREAI

Yuyu Zhang; Rongting Yang; Wanling Cai; Zuliang Chen

Improving green thickener on the mechanical and thermal performance of composite-based plant hard capsule film with multi machine learning models 利用多种机器学习模型改进绿色增稠剂对植物基硬胶囊薄膜的机械和热性能

Surfaces and Interfaces

IF6.3

2025-12-31

PREAI

Xing Wei; Zhenjun Zhang; Wanling Cai; Wei Zhang; Zuliang Chen

Surface Texturing Effects on the Tribological Performance of DLC-Coated Ti-6Al-4V under Lubricated Conditions 表面纹理对润滑条件下DLC涂层Ti-6Al-4V摩擦学性能的影响

Surfaces and Interfaces

IF6.3

2025-11-24

PREAI

Liping Shi; Zuliang Chen; Tao Wang; Meng Li; Yongchao Hou

Innovative pH-responsive C-Fe₃O₄@ZIF-8 composites: A dual-advantage approach for enhanced drug delivery and environmental sustainability 创新性pH响应性C-Fe₃O₄@ZIF-8复合材料：一种用于增强药物递送和环境可持续性的双重优势方法

Inorganic Chemistry Communications

IF5.4

2025-10-30

PREAI

Xing Wei; Yaling Ye; Wanling Cai; Zuliang Chen

In-situ microbial synthesis of ferrous sulfide from acid mine drainage and used for rare earth element recovery in mine wastewater 从酸性矿山废水中原位微生物合成硫化亚铁并用于矿山废水中稀土元素回收

Chemical Engineering Journal

IF13.2

2025-10-27

PREAI

Juanli Wu; Jinyang Chen; Zuliang Chen

Enhanced rare earth elements (REEs) accumulation in Dicranopteris pedata: insights into phytoremediation and REEs recovery from mining tailings 中华里白（Dicranopteris pedata）中稀土元素（REEs）的富集增强：植物修复及从矿山尾矿中回收稀土元素的见解

Minerals Engineering

IF5

2025-10-13

PREAI

Haiyan Wang; Zhibiao Chen; Wenzhi Zhou; Guofu Wang; Zuliang Chen

Harnessing machine learning to elucidate mechanisms and enhance selective adsorption of rare earth elements on nanomaterials 利用机器学习阐明机制并增强纳米材料上稀土元素的择优吸附

Journal of Environmental Chemical Engineering

IF7.2

2025-10-05

PREAI

Yunxiao Luo; Zhenjun Zhang; Jiajiang Lin; Gary Owens; Zuliang Chen

Mechanistic insights into enhanced rare earth element phytoextraction by Dicranopteris pedata in leached soils: Integrating rhizosphere DGT-LA-ICP-MS imaging and metabolomic profiling 赤玉 fern (Dicranopteris pedata) 在淋溶土壤中增强稀土元素植物提取的机制研究：整合根际DGT-LA-ICP-MS成像与代谢组学分析

Science of The Total Environment

IF8

2025-10-02

PREAI

Haiyan Wang; Shujie Meng; Yonghe Han; Wenzhi Zhou; Zhibiao Chen; Gary Owens; Zuliang Chen

Biochar-loaded nano zero-valent iron from agricultural waste enhances copper immobilization during composting: Implications for safe soil amendment and crop production 农业废弃物制备的负载生物炭纳米零价铁在堆肥过程中增强铜的固定：对安全土壤改良和作物生产的启示

Industrial Crops and Products

IF6.2

2025-09-30

OAAI

Wenqing Yang; Yuanping Zhong; Zeyang Lu; Daifeng Lin; Qian Zhuo; Haifang Zeng; Deming Yang; Qinghua Chen; Zuliang Chen

Efficient degradation of bisphenol from aqueous solutions via a Fenton-like process using C-ZIF-8@Fe/REEs catalysts 通过C-ZIF-8@Fe/REEs催化剂的类Fenton过程高效降解水溶液中的双酚。

Sustainable Materials and Technologies

IF9.2

2025-09-30

PREAI

Hui Li; Ronghao Wu; Long Zhou; Zuliang Chen

Clostridium pasteurianum in kaolin bioleaching: Iron reduction and whitening mechanisms Clostridium pasteurianum 在高岭土生物浸出中的铁还原与漂白机制

Applied Clay Science

IF5.8

2025-09-22

PREAI

Kaiqiang Li; Jiajiang Lin; Gary Owens; Zuliang Chen

Enhanced recovery of rare earth elements from mine wastewater using microbial-derived ferrous sulfide 采用微生物衍生硫化亚铁从矿山废水中增强回收稀土元素

Water Research

IF12.4

2025-09-12

PREAI

Simin Jiang; Ronghao Wu; Qu Zhang; Zuliang Chen

Novel zero-valent copper/CuS heterojunction catalyst with sulfur vacancies for efficient removal of 17β-estradiol via on-site H2O2 generation and activation 具有硫空位的零价铜/CuS异质结催化剂，通过原位生成和活化H2O2高效去除17β-estradiol

Chemical Engineering Journal

IF13.2

2025-09-08

PREAI

Yifang Wu; Jianwang Wu; Mei Lin; Zuliang Chen

研究方向