In our work of Computational investigation of MAX as intercalation host for rechargeable aluminum-ion battery, we developed a computational dataset with 425 Tenary MAX materials that can potentially be intercalation host of Al-ion
The phase diagrams of all screened compounds can be illustrated by the phase diagrams under ./PhaseDiagrams
The diffusion pathways of a shortlist of 44 MAX phases that have reasonable energy above hull are calculated with NEB
at both Aluminated and Dealuminated states in ./NEBProfiles
We also prepared interactive version of our dataset as
The raw data of Ehull values and Al diffusion barriers are hosted under ./RawData
AlM2X.csv
: Ehull values for AlM2XAlM2X_aluminated.csv
: Calculated Al-ion diffusion barriers for aluminated states of AlM2XAlM2X_dealuminated.csv
: Calculated Al-ion diffusion barriers for dealuminated states of AlM2XAlM3X2.csv
: Ehull values for AlM3X2AlM3X2_aluminated.csv
: Calculated Al-ion diffusion barriers for aluminated states of AlM3X2AlM3X2_dealuminated.csv
: Calculated Al-ion diffusion barriers for dealuminated states of AlM3X2AlM4X3.csv
: Ehull values for AlM4X3AlM4X3_aluminated.csv
: Calculated Al-ion diffusion barriers for aluminated states of AlM4X3AlM4X3_dealuminated.csv
: Calculated Al-ion diffusion barriers for dealuminated states of AlM4X3We offer such dataset for promoting the transparency of research. Whenever our repo can be useful for you, please consider cite our paper
@article{Al-MAX,
title={Computational investigation of MAX as intercalation host for rechargeable aluminum-ion battery},
author={Wang, Lin and Wang, Jingyang and Ouyang, Bin},
journal={Advanced Energy Materials},
year={2023}
}