Volume Scattering Function (beta)

1. The blue angles of vsf counts for 100 degrees, volume_scattering_440nm_100_counts.

2. The blue angles of vsf counts for 125 degrees, volume_scattering_440nm_125_counts.

3. The blue angles of vsf counts for 150 degrees, volume_scattering_440nm_150_counts.

4. The blue reference vsf counts, volume_scattering_440nm_ref_counts.

5. The green angles of vsf counts for 100 degrees, volume_scattering_530nm_100_counts.

6. The green angles of vsf counts for 125 degrees, volume_scattering_530nm_125_counts.

7. The green angles of vsf counts for 150 degrees, volume_scattering_530nm_150_counts.

8. The green reference vsf counts, volume_scattering_530nm_ref_counts.

9. The red angles of vsf counts for 100 degrees, volume_scattering_650nm_100_counts.

10. The red angles of vsf counts for 125 degrees, volume_scattering_650nm_125_counts.

11. The red angles of vsf counts for 150 degrees, volume_scattering_650nm_150_counts.

12. The red reference vsf counts, volume_scattering_650nm_ref_counts.

13. The blue (440nm) absorption data computed from the AC9, a.

14. The green (530nm) absorption data computed from the AC9, a.

15. The red (650nm) absorption data computed from the AC9, a.

1. VSF3 calibration file.

VSF3Convert.m

The volume scattering function corrected for absorption, with values for each of the three wavelengths for each of the three angles. The data is the same as for beta_uncorrected, but with the absorption correction tacked onto the end. In the output NetCDF file, this is stored as one variable, beta.