Haiwei Du

university of science & technology of china, cas

H指数:29

被引数:2,788

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Lewis Acid-Base Interactions in Ru-Stabilized NiFe (Oxy)Hydroxide Promoting Biomass Upgrading at Industrial Currents

Lewis酸-碱相互作用在Ru稳定的NiFe (oxy)hydroxide中促进工业电流下的生物质升级

ACS CATALYSIS

IF13.1

2025-04-250

PRE

Regulating the binding strength of oxygen intermediates with a conductive π-d conjugated metal-organic polymer CoTAA on BiVO4 photoanode for efficient photoelectrochemical water oxidation

CHEMICAL ENGINEERING JOURNAL

IF13.2

2024-03-016

PRE

Achieving Long-Lived Charge Separated State through Ultrafast Interfacial Hole Transfer in Redox Sites-Isolated CdS Nanorods for Enhanced Photocatalysis

通过氧化还原位点中的超快界面空穴转移实现长寿命电荷分离状态-隔离的CdS纳米棒用于增强光催化

SMALL

IF12.1

2024-01-313

PRE

Electro-oxidation of alcohols over electrochemically activated nickel alloys for energy-saving hydrogen production

JOURNAL OF MATERIALS CHEMISTRY A

IF9.5

2024-01-010

PRE

Supported High-Entropy Alloys for Electrooxidation of Benzyl Alcohol Assisted Water Electrolysis

支撑高熵合金用于苯甲醇辅助水电解的电氧化

ADVANCED FUNCTIONAL MATERIALS

IF19

2023-11-298

PRE

A highly efficient hematite photoelectrochemical fuel cell for solar-driven hydrogen production

用于太阳能制氢的高效赤铁矿光电化学燃料电池

INTERNATIONAL JOURNAL OF HYDROGEN ENERGY

IF8.3

2023-10-014

PRE

Surface valence regulation of cobalt-nickel foams for glucose oxidation-assisted water electrolysis

CHEMICAL COMMUNICATIONS

IF4.2

2023-01-0118

PRE

Two birds with one stone: Engineering polymeric carbon nitride with n-nπ* electronic transition for extending light absorption and reducing charge recombination

一举两得: 具有n-nπ * 电子跃迁的工程聚合物氮化碳，可延长光吸收并减少电荷复合

ADVANCED POWDER MATERIALS

IF24.9

2023-01-0137

OAAI

Surface adsorption guided design of semicrystalline nickel-iron hydroxide for highly-sensitive glucose sensing

CHEMICAL ENGINEERING JOURNAL

IF13.2

2023-01-0116

PRE

Highly soluble Ni-salen molecules enable boosted photocatalytic hydrogen evolution of polymeric carbon nitride/CdS heterojunction

JOURNAL OF ALLOYS AND COMPOUNDS

IF6.3

2022-09-019

PRE

A universal electrochemical activation enabling lattice oxygen activation in nickel-based catalyst for efficient water oxidation

一种通用的电化学活化方法，使镍基催化剂中的晶格氧活化可有效氧化水

CHEMICAL ENGINEERING JOURNAL

IF13.2

2022-02-0132

PRE

Microwave awakening the n-π* electronic transition in highly crystalline polymeric carbon nitride nanosheets for photocatalytic hydrogen generation

JOURNAL OF ENERGY CHEMISTRY

IF14.9

2022-02-0169

PRE

Rapid preparation of self-supported nickel-iron oxide as a high-performance glucose sensing platform

JOURNAL OF MATERIALS CHEMISTRY C

IF5.1

2022-01-0112

PRE

Surface plasmons activate the oxygen evolution reaction over nickel hydroxide electrocatalysts

INTERNATIONAL JOURNAL OF HYDROGEN ENERGY

IF8.3

2021-06-0113

PREAI

Increasing π-electron availability in benzene ring incorporated graphitic carbon nitride for increased photocatalytic hydrogen generation

JOURNAL OF MATERIALS SCIENCE & TECHNOLOGY

IF14.3

2021-02-0132

PREAI

Atomic-level localization of π-electrons in defect engineered tri-s-triazine units for increased photocatalytic hydrogen generation of polymeric carbon nitride

CATALYSIS SCIENCE & TECHNOLOGY

IF4.2

2021-01-018

PREAI

Engineering graphitic carbon nitride with expanded interlayer distance for boosting photocatalytic hydrogen evolution

层间距离扩大的工程石墨氮化碳促进光催化析氢

Chinese Journal of Catalysis

IF17.7

2021-01-0141

OAAI

Understanding the Enhanced Electrocatalytic Hydrogen Evolution via Integrating Electrochemically Inactive g-C3N4: The Effect of Interfacial Engineering

ACS SUSTAINABLE CHEMISTRY & ENGINEERING

IF7.3

2020-06-1934

PREAI

Control of Nitrogen Vacancy in g-C3N4 by Heat Treatment in an Ammonia Atmosphere for Enhanced Photocatalytic Hydrogen Generation

analytica chimica acta

IF13.5

2020-01-0135

Facile one-step polymerization-exfoliation route to crystalline graphitic carbon nitride nanosheets for increased photocatalytic hydrogen evolution

易于一步聚合-剥离结晶石墨氮化碳纳米片的路线，以增加光催化析氢

APPLIED SURFACE SCIENCE

IF6.9

2020-01-0121

PREAI

Haiwei Du

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