Data for "Arsenic Activation and Compensation in Single Crystal CdTe Bilayers"
Figure files and raw data associated with manuscript entitled "Arsenic activation and compensation in single crystal CdTe bilayers"
The Igor project associated with Figure 10. This file has the actual figure found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figure 3b. This file has the actual figure found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figure 4. This file has the actual figure found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figure 5. This file has the actual figure found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figure 6. This file has the actual figure found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figure 7. This file has the actual figure found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figure S2a. This file has the actual figure found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figure S2b. This file has the actual figure found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figure S2c. This file has the actual figure found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figure S2d. This file has the actual figure found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figure S2e. This file has the actual figure found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figure S2f. This file has the actual figure found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figure S2g. This file has the actual figure found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figure S2h. This file has the actual figure found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figure S3. This file has the actual figure found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figure S7. This file has the actual figure found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figure S9. This file has the actual figure found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figures 2, 3a, S5, and S6. This file has the actual figures found in the manuscript (some modifications may have been made in power point to create the final figure).
The Igor project associated with Figures 8, 9, S4, and S8. This file has the actual figures found in the manuscript (some modifications may have been made in power point to create the final figure).
The first and third tab contains the exact data used to create Figure S6 in Igor. The second and fourth tab contains the Hall data used to make Figure S6, along with the corresponding sample descriptions, and calculations.
The first tab contains the data used to create Figure S3 in Igor. The second tab contains the corresponding sample descriptions and calculations.
The first tab contains the exact DSIMS data used to create Figure 4 in Igor. The second tab contains the corresponding sample descriptions.
The first tab contains the exact DSIMS data used to create Figure S5 in Igor. The second tab contains the corresponding sample descriptions.
The first tab contains the exact data used to create Figure 2 in Igor. The second tab contains the Hall data used to make Figure 2, along with the corresponding sample descriptions, and calculations.
The first tab contains the exact data used to create Figure 3a in Igor. The second tab contains the Hall data used to make Figure 3a, along with the corresponding sample descriptions, and calculations.
The first tab contains the exact data used to create Figure 3b in Igor. The second tab contains the Hall data used to make Figure 3b, along with the corresponding sample descriptions, and calculations.
The first tab contains the exact data used to create Figure 5 in Igor. The second tab contains the Hall data used to make Figure 5, along with the corresponding sample descriptions, and calculations.
The first tab contains the exact data used to create Figure 7 in Igor. The second tab contains the Hall data used to make Figure 7, along with the corresponding sample descriptions, and calculations.
The first tab contains the exact data used to create Figure 8 in Igor. The second tab contains the Hall data used to make Figure 8, along with the corresponding sample descriptions, and calculations.
The first tab contains the exact data used to create Figure 9 in Igor. The second tab contains the Hall data used to make Figure 9, along with the corresponding sample descriptions, and calculations.
The first tab contains the exact data used to create Figure S8 in Igor. The second tab contains the Hall data used to make Figure S8, along with the corresponding sample descriptions, and calculations.
The first tab contains the exact low temperature PL data used to create Figure 10 in Igor. The second tab contains the corresponding sample descriptions.
The first tab contains the exact room temperature PL data used to create Figure S9 in Igor. The second tab contains the corresponding sample descriptions.
The first two tabs contain the exact data used to create Figure S4 in Igor. The third tab contains the Hall data used to make Figure S4, along with the corresponding sample descriptions, and calculations.
The first two tabs contains the exact DSIMS data used to create Figure 6 in Igor. The third tab contains the corresponding sample descriptions.
This file contains the DSIMS data and fitting parameters associated with Figure S2. Each tab is a sample and is labelled with its specific portion of Figure S2.
This file contains the exact data used to create Figure S7, with italicized comments to provide sample descriptions.
Citation Formats
TY - DATA
AB - Figure files and raw data associated with manuscript entitled "Arsenic activation and compensation in single crystal CdTe bilayers"
AU - Mathew, Andrea
A2 - Lott, Hongling
A3 - Colegrove, Eric
A4 - Young, Matt
A5 - Kuciauskas, Darius
A6 - Wolden, Colin
A7 - Reese, Matthew
DB - Open Energy Data Initiative (OEDI)
DP - Open EI | National Laboratory of the Rockies
DO -
KW - CdTe
KW - Arsenic
KW - Single Crystal
LA - English
DA - 2024/12/23
PY - 2024
PB - National Renewable Energy Laboratory
T1 - Data for "Arsenic Activation and Compensation in Single Crystal CdTe Bilayers"
UR - https://data.openei.org/submissions/8301
ER -
Mathew, Andrea, et al. Data for "Arsenic Activation and Compensation in Single Crystal CdTe Bilayers". National Renewable Energy Laboratory, 23 December, 2024, NREL. https://data.nlr.gov/submissions/256.
Mathew, A., Lott, H., Colegrove, E., Young, M., Kuciauskas, D., Wolden, C., & Reese, M. (2024). Data for "Arsenic Activation and Compensation in Single Crystal CdTe Bilayers". [Data set]. NREL. National Renewable Energy Laboratory. https://data.nlr.gov/submissions/256
Mathew, Andrea, Hongling Lott, Eric Colegrove, Matt Young, Darius Kuciauskas, Colin Wolden, and Matthew Reese. Data for "Arsenic Activation and Compensation in Single Crystal CdTe Bilayers". National Renewable Energy Laboratory, December, 23, 2024. Distributed by NREL. https://data.nlr.gov/submissions/256
@misc{OEDI_Dataset_8301,
title = {Data for "Arsenic Activation and Compensation in Single Crystal CdTe Bilayers"},
author = {Mathew, Andrea and Lott, Hongling and Colegrove, Eric and Young, Matt and Kuciauskas, Darius and Wolden, Colin and Reese, Matthew},
abstractNote = {Figure files and raw data associated with manuscript entitled "Arsenic activation and compensation in single crystal CdTe bilayers"},
url = {https://data.nlr.gov/submissions/256},
year = {2024},
howpublished = {NREL, National Renewable Energy Laboratory, https://data.nlr.gov/submissions/256},
note = {Accessed: 2026-07-17}
}
Details
Data from Dec 23, 2024
Last updated Mar 12, 2026
Submitted Dec 23, 2024
Organization
National Renewable Energy Laboratory
Contact
Andrea Mathew
Authors
Andrea Mathew
National Renewable Energy LaboratoryHongling Lott
National Renewable Energy LaboratoryEric Colegrove
National Renewable Energy LaboratoryMatt Young
National Renewable Energy LaboratoryDarius Kuciauskas
National Renewable Energy LaboratoryColin Wolden
National Renewable Energy LaboratoryMatthew Reese
National Renewable Energy LaboratoryOriginal Source
https://data.nlr.gov/submissions/256Research Areas
Keywords
CdTe, Arsenic, Single CrystalDOE Project Details
Project Number 38257 and 52778
