Data related to the publication:
Dyksik, M. (2022). Using the Diamagnetic Coefficients to Estimate the Reduced Effective Mass in 2D Layered Perovskites: New Insight from High Magnetic Field Spectroscopy. In International Journal of Molecular Sciences (Vol. 23, Issue 20). MDPI. https://doi.org/10.3390/ijms232012531
The ZIP archive contains raw data of modeling of the effective mass of excitons.
The archive contains the following files which are related to the following Figures of the main text.
Effective_mass_data_review.dat - Fig. 3b
The file contains reduced effective mass values.
File structure:
First row abbreviations: DFT - Density Functional Theory; exp - experiment
First column (organic spacer type): BA - butylammonium, HA - hexylammonium, DA - decylammonium, PEA - phenyetylammonium, basni - (BA)2SnI4, BAPbBr4 - (BA)2PbBr4, n - number of inorganic sheets
effective_mass_model.dat - Fig. 4c
File structure (in columns):
diamagnetic coefficient (micro*eV/T^2)
reduced effective mass (units of rest electron mass)
Comment (organic spacer type): BA - butylammonium, HA - hexylammonium, DA - decylammonium, PEA - phenyetylammonium, basni - (BA)2SnI4, BAPbBr4 - (BA)2PbBr4, n - number of inorganic sheets.
modeled_curve.dat - Fig. 4c
File structure
Consecutive columns are X and Y.
eps - dielectric constant
Y(x) = 0.0238*(eps^2/x)^(1/3) accordingly to the paper.