Adrian Beda

CNRS

H指数:17

被引数:1,622

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Influence of Electrode Thickness and Electrolyte Composition on SEI Formation and Cycle Stability in Binder-Free Hard Carbon Anodes for Na-Ion Batteries

无粘结剂硬碳钠离子电池电极厚度和电解液组成对SEI形成及循环稳定性的影响

ACS Applied Materials & Interfaces

IF0

2026-05-280

PRE

Synergistic Effects of Carbon Coating on Na2Ti3O7 Anodes: From Sodium Storage to Surface Stabilization

碳涂层对Na2Ti3O7负极的协同效应：从钠存储到表面稳定化

ACS Applied Materials & Interfaces

IF0

2026-02-250

PRE

Review: Insight on Porous Carbon Positive Electrode for Sodium-Ion Capacitors: Interplay Between Synthesis, Properties, and Performance

综述：钠离子电容器多孔碳正极的洞见：合成、性质与性能的相互作用

Advanced Science

IF14.1

2026-02-240

OAAI

Binder-Free Self-Standing Hard Carbon Electrodes Graphite-Coated by PE-CVD to Boost the Efficiency of Na-Ion Batteries

自支撑无粘结剂硬碳电极，经PE-CVD石墨涂层以提高钠离子电池效率

Batteries & Supercaps

IF4.7

2025-10-080

OAAI

Performance-based screening of biochars for CO2 and CH4 adsorption: Integrating approximate adsorption performance indicator with elemental analysis

基于性能的生物质炭筛选用于CO2和CH4吸附：整合近似吸附性能指标与元素分析

Journal of Environmental Chemical Engineering

IF7.2

2025-08-270

OAAI

Understanding the hard carbon's closed pore formation and Na-ion storage beyond the first charge/discharge cycle

理解硬碳的闭孔形成及首个充放电循环之后的钠离子存储

CARBON

IF11.6

2025-06-010

PRE

Approximate Adsorption Performance Indicator in Evaluating Sustainable Bamboo-Derived Adsorbents for Biogas Upgrading

SUSTAINABILITY

IF3.3

2025-02-100

Engineering nitrogen-doped porous carbon positive electrodes for high-performance sodium-ion capacitors: the critical role of porosity, structure and surface functionalities

工程氮掺杂多孔碳正极材料用于高性能钠离子电容器：孔隙率、结构和表面功能性的关键作用

JOURNAL OF MATERIALS CHEMISTRY A

IF9.5

2025-01-010

PRE

A polydihydroxystyrene (PDHS) mussel-mimetic binder: toward sustainable hard carbon electrodes with outstanding performance in sodium-ion batteries

一种贻贝仿生聚二羟基苯乙烯（PDHS）粘结剂：用于实现高性能钠离子电池中可持续硬碳电极

SUSTAINABLE ENERGY & FUELS

IF4.1

2025-01-010

PRE

Impact of Na-Carboxymethyl Cellulose Binder Type on Hard Carbon Performance and SEI Formation in Sodium-Ion Batteries

钠-羧甲基纤维素粘合剂类型对钠离子电池硬碳性能和SEI形成的影响

ACS APPLIED MATERIALS & INTERFACES

IF8.2

2024-11-270

PRE

Review: Insights on Hard Carbon Materials for Sodium-Ion Batteries (SIBs): Synthesis - Properties - Performance Relationships

评论: 钠离子电池 (SIBs) 硬碳材料的见解: 合成-性能关系

ADVANCED ENERGY MATERIALS

IF26

2024-03-1317

PRE

Synthesis and performance of binder-free porous carbon electrodes in electrochemical capacitors

JOURNAL OF MATERIALS CHEMISTRY A

IF9.5

2024-01-013

OAAI

Biopolymer-Based Hard Carbons: Correlations between Properties and Performance as a Na-Ion Battery Anode

基于生物聚合物的硬碳: 作为Na离子电池阳极的性能与性能之间的相关性

ACS APPLIED ENERGY MATERIALS

IF5.5

2023-06-308

Impact of Hard Carbon Properties on Their Performance in Potassium-Ion Batteries

硬碳性能对钾离子电池性能的影响

ACS APPLIED ENERGY MATERIALS

IF5.5

2023-05-0214

Optimization of tannin-derived hard carbon spheres for high-performance sodium-ion batteries

用于高性能钠离子电池的单宁衍生的硬碳球的优化

JOURNAL OF MATERIALS CHEMISTRY A

IF9.5

2023-01-013

PRE

The role of specific and active surface areas in optimizing hard carbon irreversible capacity loss in sodium ion batteries

比表面积和活性表面积在优化钠离子电池硬碳不可逆容量损失中的作用

ENERGY ADVANCES

IF4.3

2022-01-0113

River driftwood pretreated via hydrothermal carbonization as a sustainable source of hard carbon for Na-ion battery anodes

通过水热碳化预处理的河浮木作为钠离子电池阳极的可持续硬碳源

JOURNAL OF ENVIRONMENTAL CHEMICAL ENGINEERING

IF7.2

2021-12-0122

OAAI

Hard carbon porosity revealed by the adsorption of multiple gas probe molecules (N2, Ar, CO2, O2 and H2)

通过吸附多个气体探针分子 (N2，Ar，CO2，O2和H2) 揭示的硬碳孔隙率

JOURNAL OF MATERIALS CHEMISTRY A

IF9.5

2021-01-0147

OAAI

Hard carbon key properties allow for the achievement of high Coulombic efficiency and high volumetric capacity in Na-ion batteries

硬碳键特性允许在钠离子电池中实现高库仑效率和高体积容量

JOURNAL OF MATERIALS CHEMISTRY A

IF9.5

2021-01-0171

Impact of biomass inorganic impurities on hard carbon properties and performance in Na-ion batteries

生物质无机杂质对钠离子电池硬碳性能的影响

SUSTAINABLE MATERIALS AND TECHNOLOGIES

IF9.2

2020-12-0145

OAAI

Adrian Beda

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