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Data for "High dopant activation in arsenic doped single-crystal CdTe thin films: Insights from MBE growth and rapid thermal processing"

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Data for publication "High dopant activation in arsenic doped single-crystal CdTe thin films: Insights from MBE growth and rapid thermal processing" by Hongling Lott, Andrea T. Mathew, Matt R. Young, Alexander Goldstone, Anthony Rice, Matthew O. Reese, and Eric Colegrove for publication in APL Materials.

Data used for plotting Figure 2. Columns are named in "221014_LC4_EAG Depth (um)" format where "221014_LC4" part is the sample ID. "EAG" (or "NREL") means SIMS data collected at EAG (or NREL). Depth is the X-axis, As is the arsenic concentration which is the Y-axis.

Data used for plotting Figure 2. Columns are named in "221014_LC4_EAG Depth (um)" format where "221014_LC4" part is the sample ID. "EAG" (or "NREL") means SIMS data col... more

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Data used for plotting Figure 3. Each tab is for different sample (i.e. different growth condition). Within each tab, the column A represents which lab the data was taken. The column B represents the sample ID. Column C is the piece number (part of sample number). Column D is the Arsenic/CdTe flux ratio. Column E is Cadminum/CdTe flux ratio. Column F is average arsenic in the film.

Data used for plotting Figure 3. Each tab is for different sample (i.e. different growth condition). Within each tab, the column A represents which lab the data was tak... more

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Data used for plotting Figure 4 inset (with Cd overpressure). File can be opened by text editors.

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Data used for plotting Figure 4 inset (without Cd overpressure). File can be opened by text editors.

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Data used for plotting Figure 4. Columns are named with "NREL-As2Cd-RTP-X" format where "NREL" means data SIMS data collected at NREL (as opposed to EAG). "As2Cd"(or"As2") means sample grown with (or without) Cd overpressure. "RTP"(or "ad") means SIMS after RTP treatment (or as deposited).

Data used for plotting Figure 4. Columns are named with "NREL-As2Cd-RTP-X" format where "NREL" means data SIMS data collected at NREL (as opposed to EAG). "As2Cd"(or"As... more

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Data used for plotting Figure 5 and Figure 2S. Each tab is for different growth conditions and intermediate steps of the calculation: 1) with Cd overpressure, 2) without Cd overpressure, 3) aveage of activation % for all growth conditions, 4) with Cd overpressure simplified (with some columns from sheet 1 deleted for simplicity), 5) without Cd overpressure simplifed (with some columns from sheet 1 deleted for simplicity), 6) calculation of sheet activation by combining sheet incorporation and CC carrier concentrations. Mobility columns are used to plot Figure 2S.

Data used for plotting Figure 5 and Figure 2S. Each tab is for different growth conditions and intermediate steps of the calculation: 1) with Cd overpressure, 2) withou... more

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Data used for plotting Figure S1. Tab "Profiles" is all the SIMS profiles. Column names are in "As2Cd-575_X" format where "As2Cd" (or "As2") part means growth with (or without) Cd overpressure."575" part is the rapid thermal processing temperature. "X" (or "As") means X-axis which is depth or As concentration (Y-axis). The tab "ASI" are the averate sheet incorporations for both conditions, used for calculating Figure 1S(e) and (j).

Data used for plotting Figure S1. Tab "Profiles" is all the SIMS profiles. Column names are in "As2Cd-575_X" format where "As2Cd" (or "As2") part means growth with (or ... more

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This is the figure of Figure 2. It is plotted with Igor Pro and the file can be opened with Igor Pro. Raw data is uploaded separately.

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This is the figure of Figure 3. It is plotted with Igor Pro and the file can be opened with Igor Pro. Raw data is uploaded separately.

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This is the figure of Figure 4. It is plotted with Igor Pro and the file can be opened with Igor Pro. Raw data is uploaded separately.

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This is the figure of Figure 5. It is plotted with Igor Pro and the file can be opened with Igor Pro. Raw data is uploaded separately.

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This is the figure of Figure S1. It is plotted with Igor Pro and the file can be opened with Igor Pro. Raw data is uploaded separately.

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This is the figure of the inset of Figure 4. It is plotted with Igor Pro and the file can be opened with Igor Pro. Raw data is uploaded separately.

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This is the figure of the inset of Figure S2. It is plotted with Igor Pro and the file can be opened with Igor Pro. Raw data is uploaded separately.

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Citation Formats

TY  - DATA
AB  - Data for publication "High dopant activation in arsenic doped single-crystal CdTe thin films: Insights from MBE growth and rapid thermal processing" by Hongling Lott, Andrea T. Mathew, Matt R. Young, Alexander Goldstone, Anthony Rice, Matthew O. Reese, and Eric Colegrove for publication in APL Materials. 
AU  - Lott, Hongling
A2  - Mathew, Andrea
A3  - Young, Matt
A4  - Goldstone, Alexander
A5  - Rice, Anthony
A6  - Reese, Matthew
A7  - Colegrove, Eric
DB  - Open Energy Data Initiative (OEDI)
DP  - Open EI | National Laboratory of the Rockies
DO  - 
KW  - CdTe
KW  - photovoltaics
KW  - molecular beam epitaxy
KW  - Group-V doping
KW  - Single Crystal
KW  - Thin film
LA  - English
DA  - 2025/07/18
PY  - 2025
PB  - National Renewable Energy Laboratory
T1  - Data for "High dopant activation in arsenic doped single-crystal CdTe thin films: Insights from MBE growth and rapid thermal processing"
UR  - https://data.openei.org/submissions/8458
ER  -

Export Citation to RIS

Lott, Hongling, et al. Data for "High dopant activation in arsenic doped single-crystal CdTe thin films: Insights from MBE growth and rapid thermal processing". National Renewable Energy Laboratory, 18 July, 2025, NREL. https://data.nlr.gov/submissions/293.

Lott, H., Mathew, A., Young, M., Goldstone, A., Rice, A., Reese, M., & Colegrove, E. (2025). Data for "High dopant activation in arsenic doped single-crystal CdTe thin films: Insights from MBE growth and rapid thermal processing". [Data set]. NREL. National Renewable Energy Laboratory. https://data.nlr.gov/submissions/293

Lott, Hongling, Andrea Mathew, Matt Young, Alexander Goldstone, Anthony Rice, Matthew Reese, and Eric Colegrove. Data for "High dopant activation in arsenic doped single-crystal CdTe thin films: Insights from MBE growth and rapid thermal processing". National Renewable Energy Laboratory, July, 18, 2025.  Distributed by NREL. https://data.nlr.gov/submissions/293

@misc{OEDI_Dataset_8458,
title = {Data for "High dopant activation in arsenic doped single-crystal CdTe thin films: Insights from MBE growth and rapid thermal processing"},
author = {Lott, Hongling and Mathew, Andrea and Young, Matt and Goldstone, Alexander and Rice, Anthony and Reese, Matthew and Colegrove, Eric},
abstractNote = {Data for publication "High dopant activation in arsenic doped single-crystal CdTe thin films: Insights from MBE growth and rapid thermal processing" by Hongling Lott, Andrea T. Mathew, Matt R. Young, Alexander Goldstone, Anthony Rice, Matthew O. Reese, and Eric Colegrove for publication in APL Materials.\ },
url = {https://data.nlr.gov/submissions/293},
year = {2025},
howpublished = {NREL, National Renewable Energy Laboratory, https://data.nlr.gov/submissions/293},
note = {Accessed: 2026-07-28}
}

Details

Data from Jul 18, 2025

Last updated Mar 12, 2026

Submitted Jul 18, 2025