fig1d - Metadata
Project ID | eccb7743-4859-46df-b8d5-de83bfa6d494 |
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Dataset ID | f3c4a13e-38f2-425c-96db-28e8f110fab3 |
Fig1d results were obtained using a 3-electrode configuration with IrOx as the counter electrode and saturated calomel electrode as the reference electrode. Two Si/GaN photocathodes were compared. Sample #1 (named as S#1) was the as-received sample, and sample #2 (named as S#2) was CA tested for 4 hours under same testing conditions described in Fig.1a. The PEC performance (J-V curve) was recorded for both samples. Then a photodeposition of Pt was performed on both samples, each loading time was set to be 5 minutes, then the J-V curve was recorded to track the changes of the performance. The Pt photodeposition was stopped until the J-V curve won't shift (the maximum onset potential was achieved). The results show that, S#1 needs at least 20 minutes of Pt photodeposition to achieve its best PEC performance while S#2, which is after CA testing, only needs 5 minutes of Pt photodeposition to achieve its best PEC performance.
Dataset Metadata
Author | Francesca M. Toma |
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Maintainer Email | fmtoma@lbl.gov |
DOI | 10.17025/1764133 |
Institution |
Lawrence Berkeley National Laboratory |
Capability Node |
LBNL PEC Device In-Situ and Operando Testing LBNL PEC In-Situ and Operando Nanoscale Characterization LBNL Probing and Mitigating Corrosion |
Technology Type |
PEC |
Data Source Type |
Lab Experimental |
Sample Barcode | |
Sample Name | |
Collection Date | |
Comments | |
Measurement Types |
JV |
Measurement Type Other | None |
Additional Info
Author | Francesca M. Toma |
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Updated | February 5, 2021, 19:29 (UTC) |
Created | February 4, 2021, 05:25 (UTC) |