Dataset to accompany publication "Best practices in measuring absorption at the macro- and microscale"
Creators
Description
This dataset accompanies the publication "Best practices in measuring absorption at the macro- and microscale" published in APL Photonics. The data can be used to reproduce original plots in figures 1-4 in the main text and all original plots in the supporting information (noting several plots are reproductions of others' works, as noted in the text). This data was generated through a microscale absorption meaurements and . All files are in .csv and easily readable.
The abstract for the associated paper is as follows:
The fraction of light absorbed in a material is a key parameter for a wide range of optoelectronic and energy devices, including solar cells, light emitting diodes and photo(electro)chemical devices. It can reveal detailed performance information and establish a material’s theoretical efficiency limits. However, measuring absorption accurately is challenging, especially due to scattering effects at macroscale and achieving perpendicular illumination over a small area at the microscale. In this tutorial we present concepts and best practices in measuring absorption at both the macro- and micro-scale. We also give examples of using absorption to reveal critical optoelectronic information in energy devices. This work aims at standardising the recording of absorption measurements across a number of fields, allowing for improved microscale understanding of a wide range of samples.
Files
Figure 2e.csv
Files
(3.6 MB)
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md5:f1f0b080436300c30acb297b4a6131e0
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md5:db0985f3e5767836fb3e7711aeebc48f
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md5:43fbc4a4655ff4752e828675f7e2db9c
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md5:35197f5f257849fe2493b1c8cfc2608d
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md5:5321466d29e8827ddef36804be53acfd
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md5:f599fb0f205b4eac46661bcb954f3977
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md5:ae68189838e132890059d555455317fa
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md5:4996e97573d39df97cb92cfa70410409
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md5:497225713d5a3a7e598c5612a561fcd6
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md5:75fa843cf1547997361aaa282e6101bd
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Additional details
Related works
- Is supplement to
- Publication: 10.1063/5.0210830 (DOI)
Funding
- Nanophotonic Control of Charge- and Ion-transport for Advancing Light-energy Storage Devices 194181
- Swiss National Science Foundation
- Plasmon Enhanced Visualization of Buried Interfaces in Solar Cells 217040
- Swiss National Science Foundation
- Scholarship 201906210091
- China Scholarship Council