HFE/MWRRET/M1 - Reprocess: Data transfer problem

The 6 missing days affects the variable offsets determined from historical data. 
The data quality is not impacted because the period of missing data is so small the change 
to the offsets was less than the uncertainty of the calculations.

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• Ensemble average for MWR liquid (orig_lwp) in window centered upon current
  sample(mean_lwp_mwr)
• Liquid water path best-estimate value(be_lwp)
• 1-sigma uncertainty in cloud liquid water path retrieved using a
  physical/iterative approach(phys_lwp_uncertainty)
• Variable bias offset at 31.4 GHz(vbias_31)
• Ensemble average for MWR 31.4 GHz sky brightness temperature in window centered
  upon current sample(mean_tbsky31_mwr)
• Calculated sky brightness temperature at 23.8 GHz(tbsky23_calculated)
• Number of iterations needed by the physical retrieval for convergence(phys_niter)
• Variable bias date(vbias_yyyymmdd)
• Mean 23.8 GHz sky brightness temperature(tbsky23)
• Standard deviation of ensemble average for MWR vapor (orig_pwv)(sdev_pwv_mwr)
• Precipitable water vapor best-estimate value(be_pwv)
• Variable bias hour(vbias_hour)
• Size of MWR ensemble for mean_pwv_mwr field(num_pwv_mwr)
• Size of MWR ensemble for mean_lwp_mwr field(num_lwp_mwr)
• Ensemble average for MWR vapor (orig_pwv) in window centered upon current sample(mean_pwv_mwr)
• Convergence value for the physical retrieval(phys_converge)
• Cloud liquid water path retrieved using a physical/iterative approach(phys_lwp)
• Sky brightness temperature at 31.4 GHz, with the bias removed(tbsky31_nobias)
• Root mean square difference between the computed and observed brightness
  temperatures for the last iteration(phys_rms)
• Variable bias offset at 23.8 GHz(vbias_23)
• Sky brightness temperature at 23.8 GHz, with the bias removed(tbsky23_nobias)
• Standard deviation for ensemble average for MWR 23.8 GHz sky brightness
  temperature(sdev_tbsky23_mwr)
• Precipitable water vapor retrieved using predicted mean radiating temperatures
  and retrieval coefficients(stat2_pwv)
• Precipitable water vapor retrieved using a physical/iterative approach(phys_pwv)
• Standard deviation of ensemble average for MWR liq (orig_lwp)(sdev_lwp_mwr)
• Mean 31.4 GHz sky brightness temperature(tbsky31)
• 1-sigma uncertainty in precipitable water vapor retrieved using a
  physical/iterative approach(phys_pwv_uncertainty)
• 1-sigma uncertainty in cloud liquid water path retrieved using the stat2
  approach(stat2_lwp_uncertainty)
• Standard deviation for ensemble average for MWR 31.4 GHz sky brightness
  temperature(sdev_tbsky31_mwr)
• Total liquid water along LOS path(orig_lwp)
• Size of MWR ensemble for mean_tbsky31_mwr field(num_tbsky31_mwr)
• Ensemble average for MWR 23.8 GHz sky brightness temperature in window centered
  upon current sample(mean_tbsky23_mwr)
• 1-sigma uncertainty in precipitable water vapor retrieved using the stat2
  approach(stat2_pwv_uncertainty)
• Status flag associated with stat2 retrievals(stat2_tliq_flag)
• Size of MWR ensemble for mean_tbsky23_mwr field(num_tbsky23_mwr)
• Cloud liquid water path retrieved using predicted mean radiating temperatures
  and retrieval coefficients(stat2_lwp)
• Total water vapor along LOS path(orig_pwv)
• Calculated sky brightness temperature at 31.4 GHz(tbsky31_calculated)
• Best-estimate retrieval flag(be_retrieval_flag)

• Best-estimate retrieval flag(be_retrieval_flag)
• Liquid water path best-estimate value(be_lwp)
• Mean 23.8 GHz sky brightness temperature(tbsky23)
• Precipitable water vapor best-estimate value(be_pwv)
• Mean 31.4 GHz sky brightness temperature(tbsky31)