Is Black Carbon an Unimportant Ice-Nucleating Particle in Mixed-Phase Clouds?
https://agupubs.onlinelibrary.wiley.com/doi/abs/10.1002/2017JD027831
doi:https://doi.org/10.1002/2017JD027831

 
This is the dataset for "Is Black Carbon an Unimportant Ice-Nucleating Particle in Mixed-Phase Clouds?"



Ice Nucleation .csv files:

Experimental_data_MilliQ_blanks.csv
This gives the data used to create the plots in the paper. The column under "MilliQ water n" gives the freezing 
temperatures for the array of droplets in that experiment. the column under "fraction frozen" gives the 
corresponding fraction frozen for that particular drop in the array. Each set of columns represents a different
experiment (new array of droplets)


Experimental_data_Handling_Blanks.csv
This gives the data used to create the plots in the paper. The column under "Temperature" gives the freezing 
temperatures for the array of droplets in that experiment. the column under "fraction frozen" gives the 
corresponding fraction frozen for that particular drop in the array. Each set of columns represents a different
experiment (new array of droplets)


Experimental_data_n-decane.csv
This gives the data used to create the plots in the paper. The column under "n" gives the freezing 
temperatures for the array of droplets in that experiment. the column under "fraction frozen" gives the 
corresponding fraction frozen for that particular drop in the array. The column under "ns" gives the corresponding 
value in ns, as calculated using the equation stated in the publication. Each set of columns represents a 
different experiment (new array of droplets)


Experimental_data_Eugenol.csv
This gives the data used to create the plots in the paper. The column under "n" gives the freezing 
temperatures for the array of droplets in that experiment. the column under "fraction frozen" gives the 
corresponding fraction frozen for that particular drop in the array. The column under "ns" gives the corresponding 
value in ns, as calculated using the equation stated in the publication. Each set of columns represents a 
different experiment (new array of droplets)



.npy files
The npy file extension is associated with the Python library ‘NumPy'. The npy files store the model post-processed
output used to create the plots within the publication in numpy array format.