SGP/CCN/C1 - Incorrect supersaturation stepping method

The supersaturation stepping method over this period is not consistent with the ccnavg VAP 
expectations. Therefore, the averaging of the fields done by the CCNAVG VAP are 
incorrect - the output of the CCNAVG VAP for all fields is bad over this entire period.

Do not use data.

• Size bins for CCN droplet count(droplet_size)
• Sample supersaturation calculated via Lance/Rose method(supersaturation_calculated)
• Gradient between column top and bottom temperature settings(column_temperature_gradient_setting)
• Standard deviation of Condensation Particle Concentration Number(N_CPC_std)
• Standard deviation of measured temperature difference between top and bottom of
  column(column_temperature_gradient_measured_std)
• AOS CCN number concentration by bin(N_CCN_dN)
• Cloud condensation nuclei number density(N_CCN)
• Standard deviation of number concentration of CCN(N_CCN_std)
• Supersaturation set point(supersaturation_setpoint)
• Measured temperature difference between top and bottom of column(column_temperature_gradient_measured)
• Condensation particle concentration number(N_CPC)

• Standard deviation of measured temperature difference between top and bottom of
  column(column_temperature_gradient_measured_std)
• Standard deviation of number concentration of CCN(N_CCN_std)
• AOS CCN number concentration by bin(N_CCN_dN)
• Standard deviation of Condensation Particle Concentration Number(N_CPC_std)
• Gradient between column top and bottom temperature settings(column_temperature_gradient_setting)
• Measured temperature difference between top and bottom of column(column_temperature_gradient_measured)
• Supersaturation set point(supersaturation_setpoint)
• Cloud condensation nuclei number density(N_CCN)
• Sample supersaturation calculated via Lance/Rose method(supersaturation_calculated)
• Condensation particle concentration number(N_CPC)
• Size bins for CCN droplet count(droplet_size)