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J

Jialiang Dong

north china electric power university

H指数:3

被引数:67

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Lignin pyrolysis tar-regulated hydrophobic porous carbon for durable CO₂ capture under humid conditions

木质素热解焦油调控的疏水多孔碳用于潮湿条件下的耐久CO<sub>2</sub>捕集

Chemical Engineering Journal

IF13.2

2026-09-150

PRE

Precoordination Mediated Active Center Evolution for Constructing Cluster-Single Atom Fe-Nx Sites from Sludge toward Efficient Oxygen Reduction

配位前驱体介导的活性中心演化，用于从污泥中构建簇-单原子Fe-Nx位点以实现高效氧还原

Green Energy & Environment

IF14.6

2026-09-070

OAAI

Unlocking buried active sites in Fe–N–C catalysts through hierarchical open mesoporous nanostructures for efficient oxygen reduction reaction

通过分级开放介孔纳米结构释放Fe–N–C催化剂中的埋藏活性位点以实现高效氧还原反应

Applied Catalysis B-Environment and Energy

IF21.1

2026-07-310

PRE

MLP–CNN Integrated Active Learning Framework for Global Optimization of Biochar Pore Structure toward Efficient CO2/N2 Separation

MLP–CNN集成主动学习框架用于优化生物炭孔隙结构以实现高效CO2/N2分离

ACS Sustainable Chemistry & Engineering

IF0

2026-02-160

PRE

Upgraded utilization of biochar after heavy metal (Ni) adsorption for CO2 capture

吸附重金属(Ni)后生物炭的升级利用及其在CO2捕获中的应用

IF9.4

2026-02-040

PRE

Molecular Self-assembly Directed Edge Engineering of Lignin-Derived Fe-N-C Single-Atom Catalysts for Efficient Oxygen Reduction Reaction

基于木质素衍生Fe-N-C单原子催化剂的分子自组装导向边缘工程用于高效氧还原反应

Energy Storage Materials

IF20.2

2025-11-100

PRE

Interpretable machine learning analysis on CO2 adsorption and separation capacity of biochar under multi-scenario conditions

可解释机器学习方法在多场景条件下对生物炭CO2吸附与分离能力的研究

energy environment

IF14.6

2025-07-160

OAAI

Hydrothermal-mediated in-situ nitrogen doping to prepare biochar for enhancing oxygen reduction reactions in microbial fuel cells

BIORESOURCE TECHNOLOGY

IF9

2025-01-010

PRE

Preparation of lignin-based porous carbon through thermochemical activation and nitrogen doping for CO2 selective adsorption

IF11.6

2024-10-012

PRE