data for the JGR-SP paper 'Solar Cycle Effect on Storm-Time Thermospheric Composition: Insights from Two August Geomagnetic Storms ''

These 4 files with name of on2 are the on2 data we used in the above-mentioned paper. ON2rweimer1908 is the column density ratio of O to N2 in 2019 August from TIEGCM driven with weimer and 2019 Solar irradiance. Dimension is 31*144*72*48 31 is the number of days in 2019 Aug, 144 is the number of longitude (-180 to 180 with an interval of 2.5). 72 is the number of latitude (-88.75 to 88.75 with an interval of 2.5). 48 is the number of times in a day (0:10 to 23:40 with an interval of 30-minute) ON2rweimer21318c is the the column density ratio of O to N2 in 2019 August from TIEGCM driven with weimer and 2023 Solar irradiance Dimension is 6*144*72*48 6 is the number of days from DOY 213 to 218 in 2019 ON2rweimer2321418 is the column density ratio of O to N2 in 2023 August from TIEGCM driven with weimer and 2023 Solar irradiance Dimension is 5*144*72*48 6 is the number of days from DOY 214 to 218 in 2023 ON2rweimer21418c is the column density ratio of O to N2 in 2023 August from TIEGCM driven with weimer and 2019 Solar irradiance Dimension is 5*144*72*48 6 is the number of days from DOY 214 to 218 in 2023. These 4 files with name of INTEG is the integrated joule heating we used in the paper. QJINTEG21318 is the integrated joule heating in 2019 Aug (DOY 213-218) from TIEGCM driven with weimer and 2019 Solar irradiance. QJINTEG21418 is the integrated joule heating in 2023 Aug (DOY 214-218) from TIEGCM driven with weimer and 2023 Solar irradiance. QJINTEGc21318 is the integrated joule heating in 2019 Aug (DOY 213-218) from TIEGCM driven with weimer and 2023 Solar irradiance. QJINTEGc21418 is the integrated joule heating in 2023 Aug (DOY 214-218) from TIEGCM driven with weimer and 2019 Solar irradiance.