Dengfeng Yu

Tsinghua University

H指数:19

被引数:2,164

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Why tantalum supercharges (oxy)halide electrolytes?

为何钽超充电（氧）卤化物电解质？

Journal of Materiomics

IF9.6

2026-09-240

Fast Li Ion Flux LiF-Rich SEI Inducing Spatially-Confined Deposition for Dendrite-Free Li Metal Anode

高Li离子通量富LiF SEI诱导的空间限域沉积实现无枝晶Li金属负极

Small

IF12.1

2026-09-120

PRE

Composite Polymer Electrolytes With Hierarchical Confinement of Anions and Solvents for Stable Solid-State Li Metal Batteries

具有阴离子和溶剂分层限制的复合聚合物电解质，用于稳定的固态锂金属电池

Advanced Energy Materials

IF26

2026-09-080

PRE

Suppressing Sodium Dendrites Through Protein‐Mediated Tip Adsorption Effect

通过蛋白质介导的尖端吸附效应抑制钠枝晶

Advanced Materials

IF26.8

2026-08-170

PRE

Effect of Binders in Composite Solid Electrolytes on Electrode-Electrolyte Contact for Low-Operating-Pressure All-Solid-State Batteries

复合固态电解质中粘合剂对低工作压力全固态电池电极-电解质接触的影响

Advanced Functional Materials

IF19

2026-05-270

PRE

Rationally Building Compositionally Gradient Single-Crystal Ni-Rich Cathodes by Recycling Blended Spent Cathode Materials

通过回收混合废旧正极材料有目的地构建成分梯度单晶高镍正极

Advanced Functional Materials

IF19

2026-05-150

PRE

A boron nitride engineered solid-state polymer electrolyte with anchoring effect for dendrite-free and shuttle-suppressed Zn-I2 batteries

硼氮化物工程化固态聚合物电解质，具有锚定效应，用于无枝晶和抑制穿梭效应的Zn-I2电池

Journal of Power Sources

IF7.9

2026-04-290

PRE

A bifunctional Janus-type solid polymer electrolyte simultaneously suppressing polyiodide shuttle and accelerating Zn2+transport for high-performance Zn-I2 batteries

Janus型双功能固态聚合物电解质同时抑制多碘化物穿梭并加速Zn2+传输，用于高性能Zn-I2电池

Nano Energy

IF17.1

2026-04-010

PRE

From one biomass to two functional carbons: Graded utilization strategy for fabricating electrodes in sodium-ion and zinc-iodine batteries

从一种生物质到两种功能碳: 在钠离子和锌碘电池中制造电极的分级利用策略

Journal of Energy Storage

IF9.8

2026-03-200

PRE

Enhanced ion conductivity and stability against Li metal in Dy3+-doped Li2ZrCl6 electrolytes for high-performance all-solid-state batteries

用于高性能全固态电池的Dy3掺杂的Li2ZrCl6电解质中增强的离子电导率和对Li金属的稳定性

Journal of Materiomics

IF9.6

2026-01-280

OAAI

A BN-rGO modified separator enabling synergistic shuttle suppression toward high-mass-loading aqueous zinc‑iodine batteries

Journal of Electroanalytical Chemistry

IF4.1

2026-01-200

PRE

Rare-Earth-Free Chloride Solid Electrolytes with High Ionic Conductivity for All-Solid-State Lithium Batteries

无稀土氯化物固体电解质：用于全固态锂离子电池的高离子电导率材料

ACS Applied Materials and Interfaces

IF8.2

2025-11-010

PRE

BN/rGO nanocomposites as efficient iodine hosts for triiodide confinement and accelerated I₂/I− redox kinetics in zinc-iodine batteries

BN/rGO纳米复合材料作为高效碘宿主，用于三碘化物限制和加速锌-碘电池中的I₂/I⁻氧化还原动力学。

Journal of Energy Storage

IF9.8

2025-10-010

PRE

Engineering biomass heterogeneity of puffed rice into optimal pore topology for high-performance supercapacitors

将爆米花的生物质异质性工程化为高性能超级电容器最佳孔拓扑结构

Journal of Power Sources

IF7.9

2025-09-300

PRE

Synergistic adsorption-catalysis strategy enables multifunctional separator for high-performance Zn-I2 batteries

协同吸附-催化策略实现了多功能隔膜，用于高性能Zn-I₂电池

colloids and surfaces a physicochemical and engineering aspects

IF0

2025-08-080

PRE

Trap-catalysis-enhanced metal-nitrogen-carbon nanoreactors: A universal strategy for accelerating redox kinetics in aqueous Zn-I₂ batteries

捕获催化增强的金属-氮-碳纳米反应器：加速水系锌-碘电池氧化还原动力学的通用策略

Chemical Engineering Journal

IF13.2

2025-08-060

PRE

Eco-Friendly Soy Protein-Based Solid-State Electrolyte Exhibiting Stable High-Rate Cyclic Performances by Molecular Regulation Design (Adv. Energy Mater. 27/2025)

环保型大豆蛋白基固态电解质通过分子调控设计展现稳定的高倍率循环性能 (Adv. Energy Mater. 27/2025)

Advanced Energy Materials

IF26

2025-07-160

PREAI

Regulating Sodium Deposition Kinetics to Decouple the Electrochemo-Mechanical Effects in Anode-Free Sodium Batteries

调节钠沉积动力学以解耦无阳极钠电池中的电化学机械效应

Advanced Energy Materials

IF26

2025-06-290

PRE

Eco-Friendly Soy Protein-Based Solid-State Electrolyte Exhibiting Stable High-Rate Cyclic Performances by Molecular Regulation Design

环保型大豆蛋白基固态电解质通过分子调控设计展现出稳定的高倍率循环性能

ADVANCED ENERGY MATERIALS

IF26

2025-04-300

PRE

Formation of a robust SEI through covalent binding nitrile to silicon toward stabilized micron-sized silicon anodes

通过将腈与硅共价结合到稳定的微米级硅阳极上形成坚固的SEI

JOURNAL OF ENERGY STORAGE

IF9.8

2025-01-010

PRE

Dengfeng Yu

个人简介

教育背景

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