Search the collection

5 results for atomically+dispersed+iron+sites

Sort by:

Sort by

Limit results to:

20 per page

5 results for atomically+dispersed+iron+sites

Export to excel

Export record to excel

File type to download

Beta version

Export this record
Export to excel
Print
Export record to excel
File type to download
Beta version
Select record 1
ArticlesPeer ReviewedFull Text
Atomically dispersed iron sites with a nitrogen–carbon coating as highly active and durable oxygen reduction catalysts for fuel cells
Author / Creator:Liu, Shengwen ; Li, Chenzhao ; Zachman, Michael J. ; Zeng, Yachao ; Yu, Haoran ; Li, Boyang ; Wang, Maoyu ; Braaten, Jonathan ; Liu, Jiawei ; Meyer, Harry M. ; Lucero, Marcos ; Kropf, A. Jeremy ; Alp, E. Ercan ; Gong, Qing ; Shi, Qiurong ; Feng, Zhenxing ; Xu, Hui ; Wang, Guofeng ; Myers, Deborah J. ; Xie, Jian ; Cullen, David A. ; Litster, Shawn ; Wu, Gang
Publisher:London: Nature Publishing Group UK
Journal title:Nature energy, 2022-07, Vol.7 (7), p.652-663
View online as a Library member
Access ebook if you are in the Library. Registered NSW residents may log in from home.
Export this record
Export to excel
Print
Export record to excel
File type to download
Beta version
Select record 2
ArticlesPeer ReviewedFull Text
Embedding Atomically Dispersed Iron Sites in Nitrogen‐Doped Carbon Frameworks‐Wrapped Silicon Suboxide for Superior Lithium Storage
Author / Creator:Guo, Xiaotian ; Xu, Hengyue ; Li, Wenting ; Liu, Yangyi ; Shi, Yuxin ; Li, Qing ; Pang, Huan
Publisher:Germany: John Wiley & Sons, Inc
Journal title:Advanced science, 2023-02, Vol.10 (4), p.e2206084-n/a
View online as a Library member
Access ebook if you are in the Library. Registered NSW residents may log in from home.
Export this record
Export to excel
Print
Export record to excel
File type to download
Beta version
Select record 3
ArticlesFull Text
Researchers from Suzhou University of Science and Technology Detail Findings in Life Science (Boosting Photo-electro-fenton Process Via Atomically Dispersed Iron Sites On Graphdiyne for Invitro Hydrog...
Publisher:NewsRX LLC
Journal title:Obesity, fitness, & wellness week, 2023-06, p.783
View online as a Library member
Access ebook if you are in the Library. Registered NSW residents may log in from home.
Export this record
Export to excel
Print
Export record to excel
File type to download
Beta version
Select record 4
Newsletter articlesFull Text
New Carbon Research Findings from Tianjin University Reported (Mesoporous Carbon Spheres Modified With Atomically Dispersed Iron Sites for Efficient Electromagnetic Wave Absorption)
Publisher:NewsRX LLC
Journal title:Technology News Focus, 2025, p.210
View online as a Library member
Access ebook if you are in the Library. Registered NSW residents may log in from home.
Export this record
Export to excel
Print
Export record to excel
File type to download
Beta version
Select record 5
Newsletter articlesFull Text
Findings from Tsinghua University Broaden Understanding of Biomimetics (Biomimetic Anode With Atomically Dispersed Iron Sites To Enhance Biotic-abiotic Interfacial Interaction Towards Efficient Wastew...
Publisher:NewsRX LLC
Journal title:Biotech Week, 2023, p.237
View online as a Library member
Access ebook if you are in the Library. Registered NSW residents may log in from home.

Export record to excel

Export this record

Export record to excel

Atomically dispersed iron sites with a nitrogen–carbon coating as highly active and durable oxygen reduction catalysts for fuel cells

Export this record

Export record to excel

Embedding Atomically Dispersed Iron Sites in Nitrogen‐Doped Carbon Frameworks‐Wrapped Silicon Suboxide for Superior Lithium Storage

Export this record

Export record to excel

Researchers from Suzhou University of Science and Technology Detail Findings in Life Science (Boosting Photo-electro-fenton Process Via Atomically Dispersed Iron Sites On Graphdiyne for Invitro Hydrog...

Export this record

Export record to excel

New Carbon Research Findings from Tianjin University Reported (Mesoporous Carbon Spheres Modified With Atomically Dispersed Iron Sites for Efficient Electromagnetic Wave Absorption)

Export this record

Export record to excel

Findings from Tsinghua University Broaden Understanding of Biomimetics (Biomimetic Anode With Atomically Dispersed Iron Sites To Enhance Biotic-abiotic Interfacial Interaction Towards Efficient Wastew...

Refine your search