Appointment: Associate Professor

Research topics:

1) Development of novel plasmonic nanomaterials for solar energy applications (photovoltaics and photocatalysis) using anisotropic metallic nanostructures that exhibit unique surface plasmon resonance properties in the visible and near-IR region.

2) Fabrication of novel metal-semiconductor conjugated nanocomposites for plasmon-driven photocatalysis.

3) Development of hybrid semiconductor nanomaterials for solar-driven water splitting

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21 to 30 of 81 Results
Related data for: Pillar[5]quinone–carbon nanocomposites as high-capacity cathodes for sodium-ion batteries
Jun 17, 2022 - Dataverse for publications
Zhang, Qichun, 2022, "Related data for: Pillar[5]quinone–carbon nanocomposites as high-capacity cathodes for sodium-ion batteries", https://doi.org/10.21979/N9/NOCZBX, DR-NTU (Data), V1
Research data for: Pillar[5]quinone–carbon nanocomposites as high-capacity cathodes for sodium-ion batteries (supported from MOE AcRF-Tier1, RG 113/18)
ChemMater2019.rar
Jun 17, 2022 - Related data for: Pillar[5]quinone–carbon nanocomposites as high-capacity cathodes for sodium-ion batteries
RAR Archive - 1.6 MB - MD5: 4b8120dd7c6ff9699f1536069689f507
Research Data for the publication (Chemistry of Materials, 2019, 31, 8069) supported from MOE AcRF-Tier1, RG 113/18
Related data for: Green grinding-coassembly engineering toward intrinsically luminescent tetracene in cocrystals
Jun 11, 2022 - Dataverse for publications
Zhang, Qichun, 2022, "Related data for: Green grinding-coassembly engineering toward intrinsically luminescent tetracene in cocrystals", https://doi.org/10.21979/N9/PQ9GQC, DR-NTU (Data), V1
Research data for: Green grinding-coassembly engineering toward intrinsically luminescent tetracene in cocrystals (supported from MOE AcRF-Tier2, MOE2018-T2-1-070)
DATA-ACS Nano.zip
Jun 11, 2022 - Related data for: Green grinding-coassembly engineering toward intrinsically luminescent tetracene in cocrystals
ZIP Archive - 2.1 MB - MD5: 97c7cacaf8fbcf062711f5e337acd87f
Research Data for the publication (ACS Nano, 2020, 14, 15962) supported from MOE tier2 (MOE2018-T2-1-070)
Related Data for: Building Oxime-Ni2+ Complex on Polymeric Carbon Nitride: Molecular-Level Design of Highly Efficient Hydrogen Generation Photocatalysts
May 5, 2022 - Dataverse for publications
Xue, Can, 2022, "Related Data for: Building Oxime-Ni2+ Complex on Polymeric Carbon Nitride: Molecular-Level Design of Highly Efficient Hydrogen Generation Photocatalysts", https://doi.org/10.21979/N9/KEM9I8, DR-NTU (Data), V1
data for publication “Building Oxime-Ni2+ Complex on Polymeric Carbon Nitride: Molecular-Level Design of Highly Efficient Hydrogen Generation Photocatalysts”, ACS Appl. Mater. Interf. 2020, 12, 868-876.
BET(Fig.S8).opj
May 5, 2022 - Related Data for: Building Oxime-Ni2+ Complex on Polymeric Carbon Nitride: Molecular-Level Design of Highly Efficient Hydrogen Generation Photocatalysts
Unknown - 71.0 KB - MD5: 609c2bb572e9a14ef325f8a2b1d71f68
CNMR(Fig.S2).opj
May 5, 2022 - Related Data for: Building Oxime-Ni2+ Complex on Polymeric Carbon Nitride: Molecular-Level Design of Highly Efficient Hydrogen Generation Photocatalysts
Unknown - 160.7 KB - MD5: 1941692ec5f5d3cc456b2f4e7afb01dc
CV(Fig.S4).opj
May 5, 2022 - Related Data for: Building Oxime-Ni2+ Complex on Polymeric Carbon Nitride: Molecular-Level Design of Highly Efficient Hydrogen Generation Photocatalysts
Unknown - 113.3 KB - MD5: 09f74f2be9bad96a26aa68ef74ed4793
DRS-Eg(Fig.6b).opj
May 5, 2022 - Related Data for: Building Oxime-Ni2+ Complex on Polymeric Carbon Nitride: Molecular-Level Design of Highly Efficient Hydrogen Generation Photocatalysts
Unknown - 163.3 KB - MD5: c27112c286d4d4f6ecf6e0054860764b
EIS(Fig.7c).opj
May 5, 2022 - Related Data for: Building Oxime-Ni2+ Complex on Polymeric Carbon Nitride: Molecular-Level Design of Highly Efficient Hydrogen Generation Photocatalysts
Unknown - 127.4 KB - MD5: 774d33ce81d94c6b6af9aa4029b2170f
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