I established a research group from 2017. My team features elaborate material engineering for various emerging battery systems and other energy storage technologies.
I particularly focus on developing room-temperature sodium-sulfur batteries under the support of my ARC DECRA fellowship. The research involves nanostructural design for cathode/anode, regulation of electrode electrolyte interphase, and electrolyte optimization. Our recent research also includes sodium metal-free Na-S batteries for the sake of safety. Meanwhile, I am interested in atomic material science in range of monoatomic clusters and single atoms. Via developing general synthetic strategies, we are exploiting a large range of atomic materials as efficient catalysts for batteries and various electrochemical reactions.
Year | Title |
---|---|
2022 |
Published In
Advanced Materials
|
2022 |
Published In
Advanced Energy Materials
|
2022 |
Published In
Interdisciplinary Materials
|
2022 |
Published In
Communications Chemistry
|
2022 |
Published In
Advanced Science
|
2022 |
Published In
Catalysts
|
2022 |
Published In
Angewandte Chemie - International Edition
|
2022 |
Published In
Carbon Energy
|
2021 |
Published In
Composites Communications
|
2021 |
Published In
Nano Letters
|
2021 |
Published In
Advanced Functional Materials
|
2021 |
Published In
Advanced Functional Materials
|
2021 |
Published In
Small
|
2021 |
Atomically dispersed S-Fe-N
Published In
Cell Reports Physical Science
|
2021 |
Published In
Matter
|
2021 |
Published In
Small
|
2021 |
Published In
Chemical Engineering Journal
|
2021 |
Published In
Cell Reports Physical Science
|
2021 |
Published In
SMALL STRUCTURES
|
2021 |
Published In
Advanced Energy Materials
|
2021 |
Published In
Energy and Environmental Science
|
2021 |
Published In
ADVANCED ENERGY AND SUSTAINABILITY RESEARCH
|
2021 |
Published In
Energy and Environmental Science
|
2021 |
Published In
Journal of Materials Chemistry A
|
2021 |
Published In
Nature Communications
|
2021 |
Published In
Advanced Materials
|
2021 |
Published In
Nano-Micro Letters
|
2020 |
Published In
Electrochimica Acta
|
2020 |
Published In
Advanced Energy Materials
|
2020 |
Published In
Chem
|
2020 |
Published In
ChemElectroChem
|
2020 |
Published In
Nano Energy
|
2020 |
Published In
Angewandte Chemie International Edition
|
2020 |
Published In
Angewandte Chemie
|
2020 |
Published In
Small Methods
|
2020 |
Published In
Angewandte Chemie
|
2020 |
Published In
Angewandte Chemie International Edition
|
2020 |
Published In
Small
|
2020 |
Published In
ACS Applied Materials and Interfaces
|
2020 |
Published In
Angewandte Chemie
|
2020 |
Published In
Angewandte Chemie International Edition
|
2020 |
Published In
Journal of Materials Chemistry A
|
2020 |
Published In
Nature Chemistry
|
2020 |
Published In
Ceramics International
|
2020 |
Published In
Science China Materials
|
2020 |
Published In
Nature Communications
|
2020 |
Published In
Journal of Materials Chemistry A
|
2020 |
Published In
Advanced Materials
|
2020 |
Schwefel-basierte Elektroden mit Mehrelektronenreaktionen für Raumtemperatur-Natriumionenspeicherung
Published In
Angewandte Chemie
|
2020 |
Published In
Advanced Science
|
2020 |
Published In
Angewandte Chemie International Edition
|
2020 |
Published In
Advanced Functional Materials
|
2020 |
Published In
Advanced Functional Materials
|
2020 |
Published In
Advanced Science
|
2020 |
Published In
Science Bulletin
|
2020 |
Published In
Advanced Materials
|
2020 |
Published In
Advanced Energy Materials
|
2020 |
Published In
Advanced Energy Materials
|
2020 |
Published In
Electrochimica Acta
|
2020 |
Published In
ACS Nano
|
2020 |
Published In
Nano Energy
|
2020 |
Published In
Communications Chemistry
|
2020 |
Published In
Angewandte Chemie - International Edition
|
2020 |
Published In
Angewandte Chemie
|
2020 |
Green energy application technology of litchi pericarp-derived carbon material with high performance
Published In
Journal of Cleaner Production
|
2020 |
Published In
Energy and Environmental Science
|
2020 |
Published In
Nano Energy
|
2020 |
Published In
Journal of Alloys and Compounds
|
2020 |
Published In
Batteries and Supercaps
|
2020 |
Published In
ACS Nano
|
2020 |
Published In
Journal of Power Sources
|
2020 |
Published In
Chemical Communications
|
2020 |
Published In
Advanced Materials
|
2020 |
Published In
Science Advances
|
2020 |
Published In
Advanced Functional Materials
|
2020 |
Published In
Small
|
2020 |
Published In
Electrochemical Energy Reviews
|
2019 |
Published In
Electrochimica Acta
|
2019 |
Published In
Advanced Energy Materials
|
2019 |
Published In
Chem
|
2019 |
Published In
ChemElectroChem
|
2019 |
Published In
Nano Energy
|
2019 |
Published In
Angewandte Chemie International Edition
|
2019 |
Published In
Angewandte Chemie
|
2019 |
Published In
Small Methods
|
2019 |
Published In
Angewandte Chemie
|
2019 |
Published In
Angewandte Chemie International Edition
|
2019 |
Published In
Small
|
2019 |
Published In
ACS Applied Materials and Interfaces
|
2019 |
Published In
Angewandte Chemie
|
2019 |
Published In
Angewandte Chemie International Edition
|
2019 |
Published In
Journal of Materials Chemistry A
|
2019 |
Published In
Nature Chemistry
|
2019 |
Published In
Ceramics International
|
2019 |
Published In
Science China Materials
|
2019 |
Published In
Nature Communications
|
2019 |
Published In
Journal of Materials Chemistry A
|
2019 |
Published In
Advanced Materials
|
2019 |
Schwefel-basierte Elektroden mit Mehrelektronenreaktionen für Raumtemperatur-Natriumionenspeicherung
Published In
Angewandte Chemie
|
2019 |
Published In
Advanced Science
|
2019 |
Published In
Angewandte Chemie International Edition
|
2019 |
Published In
Advanced Functional Materials
|
2019 |
Published In
Advanced Functional Materials
|
2019 |
Published In
Advanced Science
|
2018 |
Published In
Advanced Energy Materials
|
2018 |
Published In
Nature Communications
|
2018 |
Published In
ACS Applied Materials and Interfaces
|
2018 |
Published In
Carbon
|
2018 |
Published In
ACS Applied Materials and Interfaces
|
2017 |
Published In
Advanced Materials
|
2017 |
Published In
2D Materials
|
2017 |
Published In
ACS Applied Materials and Interfaces
|
2017 |
Published In
ACS Catalysis
|
2017 |
Published In
Advanced Energy Materials
|
2017 |
Published In
Advanced Energy Materials
|
2017 |
Published In
Electrochimica Acta
|
2016 |
Published In
Journal of the American Chemical Society
|
2016 |
Published In
Advanced Materials Interfaces
|
2016 |
Published In
Nano Energy
|
2016 |
Published In
Advanced Functional Materials
|
2016 |
Published In
Advanced Science
|
2016 |
Published In
Advanced Functional Materials
|
2016 |
Published In
ACS Nano
|
2015 |
Published In
Journal of Power Sources
|
2015 |
Published In
Nature Communications
|
2015 |
Published In
Nano Energy
|
2014 |
Published In
Chemistry: A European Journal
|
2014 |
Published In
Chemical Communications
|
2014 |
Published In
Journal of Materials Chemistry A
|
2013 |
Published In
RSC Advances: an international journal to further the chemical sciences
|
2013 |
Published In
Electrochemistry Communications
|
2013 |
Published In
Applied Physics Letters
|
2013 |
Published In
Electrochimica Acta
|
2013 |
Published In
Carbon
|
2013 |
Published In
Journal of Power Sources
|
2012 |
Published In
Journal of Materials Chemistry
|
2011 |
Published In
Electrochimica Acta
|
2010 |
Published In
Electrochemistry Communications
|
Year | Title |
---|---|
2016 |
Published In
18th International Meeting for Lithium Batteries
|
2014 |
Published In
17th International Meeting on Lithium Batteries
|
Year | Title |
---|---|
2022 | Awarded by: Funding Scheme: Discovery Projects |
Funding Scheme: Australian Synchrotron Access Program | |
Awarded by: Funding Scheme: Discovery Early Career Researcher Award (DECRA) |
Degree | Research Title | Advisee | |
---|---|---|---|
Doctor of Philosophy | Design and Development of Highly Active Cathodes for Metal-Sulfur Batteries | Yang, Huiling | |
Doctor of Philosophy | Cathode Materials for SIB | Lei, Yaojie | |
Doctor of Philosophy | Sodium Ion Battery | Zhao, Lingfei | |
Doctor of Philosophy | Study on the Electrode Materials of Sodium Ion Batteries | Tao, Ying | |
Doctor of Philosophy | Cathode Materials for Sodium Ion Batteries | Zhang, Yiyang |
I established a research group from 2017. My team features elaborate material engineering for various emerging battery systems and other energy storage technologies.
I particularly focus on developing room-temperature sodium-sulfur batteries under the support of my ARC DECRA fellowship. The research involves nanostructural design for cathode/anode, regulation of electrode electrolyte interphase, and electrolyte optimization. Our recent research also includes sodium metal-free Na-S batteries for the sake of safety. Meanwhile, I am interested in atomic material science in range of monoatomic clusters and single atoms. Via developing general synthetic strategies, we are exploiting a large range of atomic materials as efficient catalysts for batteries and various electrochemical reactions.
Year | Title |
---|---|
2022 |
Published In
Advanced Materials
|
2022 |
Published In
Advanced Energy Materials
|
2022 |
Published In
Interdisciplinary Materials
|
2022 |
Published In
Communications Chemistry
|
2022 |
Published In
Advanced Science
|
2022 |
Published In
Catalysts
|
2022 |
Published In
Angewandte Chemie - International Edition
|
2022 |
Published In
Carbon Energy
|
2021 |
Published In
Composites Communications
|
2021 |
Published In
Nano Letters
|
2021 |
Published In
Advanced Functional Materials
|
2021 |
Published In
Advanced Functional Materials
|
2021 |
Published In
Small
|
2021 |
Atomically dispersed S-Fe-N
Published In
Cell Reports Physical Science
|
2021 |
Published In
Matter
|
2021 |
Published In
Small
|
2021 |
Published In
Chemical Engineering Journal
|
2021 |
Published In
Cell Reports Physical Science
|
2021 |
Published In
SMALL STRUCTURES
|
2021 |
Published In
Advanced Energy Materials
|
2021 |
Published In
Energy and Environmental Science
|
2021 |
Published In
ADVANCED ENERGY AND SUSTAINABILITY RESEARCH
|
2021 |
Published In
Energy and Environmental Science
|
2021 |
Published In
Journal of Materials Chemistry A
|
2021 |
Published In
Nature Communications
|
2021 |
Published In
Advanced Materials
|
2021 |
Published In
Nano-Micro Letters
|
2020 |
Published In
Electrochimica Acta
|
2020 |
Published In
Advanced Energy Materials
|
2020 |
Published In
Chem
|
2020 |
Published In
ChemElectroChem
|
2020 |
Published In
Nano Energy
|
2020 |
Published In
Angewandte Chemie International Edition
|
2020 |
Published In
Angewandte Chemie
|
2020 |
Published In
Small Methods
|
2020 |
Published In
Angewandte Chemie
|
2020 |
Published In
Angewandte Chemie International Edition
|
2020 |
Published In
Small
|
2020 |
Published In
ACS Applied Materials and Interfaces
|
2020 |
Published In
Angewandte Chemie
|
2020 |
Published In
Angewandte Chemie International Edition
|
2020 |
Published In
Journal of Materials Chemistry A
|
2020 |
Published In
Nature Chemistry
|
2020 |
Published In
Ceramics International
|
2020 |
Published In
Science China Materials
|
2020 |
Published In
Nature Communications
|
2020 |
Published In
Journal of Materials Chemistry A
|
2020 |
Published In
Advanced Materials
|
2020 |
Schwefel-basierte Elektroden mit Mehrelektronenreaktionen für Raumtemperatur-Natriumionenspeicherung
Published In
Angewandte Chemie
|
2020 |
Published In
Advanced Science
|
2020 |
Published In
Angewandte Chemie International Edition
|
2020 |
Published In
Advanced Functional Materials
|
2020 |
Published In
Advanced Functional Materials
|
2020 |
Published In
Advanced Science
|
2020 |
Published In
Science Bulletin
|
2020 |
Published In
Advanced Materials
|
2020 |
Published In
Advanced Energy Materials
|
2020 |
Published In
Advanced Energy Materials
|
2020 |
Published In
Electrochimica Acta
|
2020 |
Published In
ACS Nano
|
2020 |
Published In
Nano Energy
|
2020 |
Published In
Communications Chemistry
|
2020 |
Published In
Angewandte Chemie - International Edition
|
2020 |
Published In
Angewandte Chemie
|
2020 |
Green energy application technology of litchi pericarp-derived carbon material with high performance
Published In
Journal of Cleaner Production
|
2020 |
Published In
Energy and Environmental Science
|
2020 |
Published In
Nano Energy
|
2020 |
Published In
Journal of Alloys and Compounds
|
2020 |
Published In
Batteries and Supercaps
|
2020 |
Published In
ACS Nano
|
2020 |
Published In
Journal of Power Sources
|
2020 |
Published In
Chemical Communications
|
2020 |
Published In
Advanced Materials
|
2020 |
Published In
Science Advances
|
2020 |
Published In
Advanced Functional Materials
|
2020 |
Published In
Small
|
2020 |
Published In
Electrochemical Energy Reviews
|
2019 |
Published In
Electrochimica Acta
|
2019 |
Published In
Advanced Energy Materials
|
2019 |
Published In
Chem
|
2019 |
Published In
ChemElectroChem
|
2019 |
Published In
Nano Energy
|
2019 |
Published In
Angewandte Chemie International Edition
|
2019 |
Published In
Angewandte Chemie
|
2019 |
Published In
Small Methods
|
2019 |
Published In
Angewandte Chemie
|
2019 |
Published In
Angewandte Chemie International Edition
|
2019 |
Published In
Small
|
2019 |
Published In
ACS Applied Materials and Interfaces
|
2019 |
Published In
Angewandte Chemie
|
2019 |
Published In
Angewandte Chemie International Edition
|
2019 |
Published In
Journal of Materials Chemistry A
|
2019 |
Published In
Nature Chemistry
|
2019 |
Published In
Ceramics International
|
2019 |
Published In
Science China Materials
|
2019 |
Published In
Nature Communications
|
2019 |
Published In
Journal of Materials Chemistry A
|
2019 |
Published In
Advanced Materials
|
2019 |
Schwefel-basierte Elektroden mit Mehrelektronenreaktionen für Raumtemperatur-Natriumionenspeicherung
Published In
Angewandte Chemie
|
2019 |
Published In
Advanced Science
|
2019 |
Published In
Angewandte Chemie International Edition
|
2019 |
Published In
Advanced Functional Materials
|
2019 |
Published In
Advanced Functional Materials
|
2019 |
Published In
Advanced Science
|
2018 |
Published In
Advanced Energy Materials
|
2018 |
Published In
Nature Communications
|
2018 |
Published In
ACS Applied Materials and Interfaces
|
2018 |
Published In
Carbon
|
2018 |
Published In
ACS Applied Materials and Interfaces
|
2017 |
Published In
Advanced Materials
|
2017 |
Published In
2D Materials
|
2017 |
Published In
ACS Applied Materials and Interfaces
|
2017 |
Published In
ACS Catalysis
|
2017 |
Published In
Advanced Energy Materials
|
2017 |
Published In
Advanced Energy Materials
|
2017 |
Published In
Electrochimica Acta
|
2016 |
Published In
Journal of the American Chemical Society
|
2016 |
Published In
Advanced Materials Interfaces
|
2016 |
Published In
Nano Energy
|
2016 |
Published In
Advanced Functional Materials
|
2016 |
Published In
Advanced Science
|
2016 |
Published In
Advanced Functional Materials
|
2016 |
Published In
ACS Nano
|
2015 |
Published In
Journal of Power Sources
|
2015 |
Published In
Nature Communications
|
2015 |
Published In
Nano Energy
|
2014 |
Published In
Chemistry: A European Journal
|
2014 |
Published In
Chemical Communications
|
2014 |
Published In
Journal of Materials Chemistry A
|
2013 |
Published In
RSC Advances: an international journal to further the chemical sciences
|
2013 |
Published In
Electrochemistry Communications
|
2013 |
Published In
Applied Physics Letters
|
2013 |
Published In
Electrochimica Acta
|
2013 |
Published In
Carbon
|
2013 |
Published In
Journal of Power Sources
|
2012 |
Published In
Journal of Materials Chemistry
|
2011 |
Published In
Electrochimica Acta
|
2010 |
Published In
Electrochemistry Communications
|
Year | Title |
---|---|
2016 |
Published In
18th International Meeting for Lithium Batteries
|
2014 |
Published In
17th International Meeting on Lithium Batteries
|
Year | Title |
---|---|
2022 | Awarded by: Funding Scheme: Discovery Projects |
Funding Scheme: Australian Synchrotron Access Program | |
Awarded by: Funding Scheme: Discovery Early Career Researcher Award (DECRA) |
Degree | Research Title | Advisee | |
---|---|---|---|
Doctor of Philosophy | Design and Development of Highly Active Cathodes for Metal-Sulfur Batteries | Yang, Huiling | |
Doctor of Philosophy | Cathode Materials for SIB | Lei, Yaojie | |
Doctor of Philosophy | Sodium Ion Battery | Zhao, Lingfei | |
Doctor of Philosophy | Study on the Electrode Materials of Sodium Ion Batteries | Tao, Ying | |
Doctor of Philosophy | Cathode Materials for Sodium Ion Batteries | Zhang, Yiyang |