A novel UV-NIR channel algorithm for dust detection over oceans by synergistic use of UVI and COCTS observations of HY-1D satellite

The dataset contains data analyzed in a scientific manuscript "A novel UV-NIR channel algorithm for dust detection over oceans by synergistic use of UVI and COCTS observations of HY-1D satellite", in submission. The data file "Desert_RH80_OPACbasedat.txt" contains simulated TOA reflectance at each wavelength, solar zenith angle, viewing zenith angle and aerosol optical thickness for dust aerosol with the relative humidity (RH) of 80%. The data file "Desert_RH90_OPACbasedat.txt" contains simulated TOA reflectance at each wavelength, solar zenith angle, viewing zenith angle and aerosol optical thickness for dust aerosol with the relative humidity (RH) of 90%. The data file "Desert_RH95_OPACbasedat.txt" contains simulated TOA reflectance at each wavelength, solar zenith angle, viewing zenith angle and aerosol optical thickness for dust aerosol with the relative humidity (RH) of 95%. The data file "Desert_RH99_OPACbasedat.txt" contains simulated TOA reflectance at each wavelength, solar zenith angle, viewing zenith angle and aerosol optical thickness for dust aerosol with the relative humidity (RH) of 99%. The data file "Maritime.txt" contains simulated TOA reflectance at each wavelength, solar zenith angle, viewing zenith angle and aerosol optical thickness for maritime aerosol. The analysis code can be found at https://github.com/YiweiZhang-lab/DustDetection_UVNIR_HY1D.git. It is noted that other values such as Rayleigh scattering reflectance, and total transmittance are also included in the data set, these values can help verify our simulation correctness, but part of these values are not presented in our article.