DATA AVAILABILITY FOR "Chemical stability of hydrogen boride nanosheets in water" DESCRIPTION This record contains the crystal structure of the optimized models used in the article. The models were optimized using the quantum espresso code. Additionally, input files for some representative systems are included. For more information and discussion on the data, visit the article. FILE TYPE .xsf XCrySDen Structure File FILENAME AND DESCRIPTION ./crystal_structure unit_pbe [unit_vdw] The unit cell of hydrogen boride sheet using PBE functional [rev-vdW-DF2 functional] pristine_pbe [pristine_vdw] A 4x4 super cell of hydrogen boride sheet using PBE functional [rev-vdW-DF2 functional] Hvacant_pbe [Hvacant_vdw] A 4x4 super cell of hydrogen boride sheet with Hydrogen vacancy defect using PBE functional [rev-vdW-DF2 functional] Bvacant_pbe [Bvacant_vdw] A 4x4 super cell of hydrogen boride sheet with Boron vacancy defect using PBE functional [rev-vdW-DF2 functional] water_pristine_pbe [water_pristine_vdw] Water adsorbed on a hydrogen boride sheet using PBE functional [rev-vdW-DF2 functional] water_Hvacant_pbe [water_Hvacant_vdw] Water adsorbed on a hydrogen boride sheet with Hydrogen vacancy defect using PBE functional [rev-vdW-DF2 functional] water_Bvacant_pbe [water_Bvacant_vdw] Water adsorbed on a hydrogen boride sheet with Boron vacancy defect using PBE functional [rev-vdW-DF2 functional] ./calculations inp.pristine.scf Input file for pristine_pbe inp.Hvacant.scf Input file for Hvacant_pbe inp.Bvacant.scf Input file for Bvacant_pbe inp.water_pristine.scf Input file for water_pristine_pbe inp.water_Hvacant.scf Input file for water_Hvacant_pbe inp.water_Bvacant.scf Input file for water_Bvacant_pbe