Solar white-light flares(WLFs)are solar flares exhibiting enhanced emission in the optical continuum.They are critical for understanding energy release and transport mechanisms in solar flares and for conducting compa...Solar white-light flares(WLFs)are solar flares exhibiting enhanced emission in the optical continuum.They are critical for understanding energy release and transport mechanisms in solar flares and for conducting comparative studies with stellar WLFs.However,the scarcity of accurately and reliably measured optical continuum light curves for solar WLFs significantly hampers related studies.Based on the optimized solar WLF identification method,we construct a dataset of optical continuum light curves for 70 solar WLFs using 6173 A continuum intensity images from the Solar Dynamics Observatory.Moreover,for each solar WLF event,we also provide the location of the white-light emission enhancement signals and key parameters including bolometric energies and durations derived from both the traditional fixed-temperature blackbody model and the refined variabletemperature blackbody model.This dataset will serve as a valuable resource for future statistical investigations of solar WLFs and for comparative studies between solar and stellar flares.展开更多
基金supported by the Strategic Priority Research Program of CAS(XDB0560000)the National Key R&D Program of China(2022YFF0503800)+3 种基金the National Natural Science Foundation of China(12273060,12588202,12222306,and 12533010)the Youth Innovation Promotion Association CAS(2023063)China's Space Origins Exploration Program(GJ11020405)support from the New Cornerstone Science Foundation through the New Cornerstone Investigator Program and the XPLORER PRIZE。
摘要Solar white-light flares(WLFs)are solar flares exhibiting enhanced emission in the optical continuum.They are critical for understanding energy release and transport mechanisms in solar flares and for conducting comparative studies with stellar WLFs.However,the scarcity of accurately and reliably measured optical continuum light curves for solar WLFs significantly hampers related studies.Based on the optimized solar WLF identification method,we construct a dataset of optical continuum light curves for 70 solar WLFs using 6173 A continuum intensity images from the Solar Dynamics Observatory.Moreover,for each solar WLF event,we also provide the location of the white-light emission enhancement signals and key parameters including bolometric energies and durations derived from both the traditional fixed-temperature blackbody model and the refined variabletemperature blackbody model.This dataset will serve as a valuable resource for future statistical investigations of solar WLFs and for comparative studies between solar and stellar flares.