PVC/MWR3C/M1 - Radiometer operating with old software

Data between 7/1 and 7/25 should be disregarded because the radiometer wasn't setup 
properly.

• Rain Duration(rain_duration)
• hail_duration
• 30.0 GHz sky brightness temperature(tbsky30)
• wind_speed_avg
• wind_direction_min
• Liquid water path best-estimate value, hourly mean(lwp)
• elevation
• lat
• lon
• infrared_temperature
• hail_accumulation
• rain_accumulation
• 89.0 GHz sky brightness temperature(tbsky89)
• surface_relative_humidity
• azimuth
• time
• wind_direction_avg
• base_time
• surface_pressure
• wind_speed_max
• Radiation, longwave, brightness temperature, 23.8 GHz(tbsky23)
• rain_peak_intensity
• Rain Intensity(rain_intensity)
• wind_speed_min
• hail_intensity
• Water vapor, precipitable, column-integrated on isobaric grid, from RUC model(pwv)
• pwverr
• alt
• lwperr
• wind_direction_max
• time_offset
• surface_temperature

PVC/MWR3C/M1 - W-band receiver operating without thermal control

The 89 GHz receiver was operating with the thermal control loop to open. The problem 
affects the 89 GHz data only and the retrievals.

• Liquid water path best-estimate value, hourly mean(lwp)
• 89.0 GHz sky brightness temperature(tbsky89)
• Water vapor, precipitable, column-integrated on isobaric grid, from RUC model(pwv)

PVC/MWR3C/M1 - Dew formation on window

The K-band receiver was showing signs of dew accumulation on the lens. This happened 
during night and early morning (~5:00-12:00 UTC). On 8/28 the receiver was repositioned to be 
better aligned with the dewblower outlet.

• 30.0 GHz sky brightness temperature(tbsky30)
• Radiation, longwave, brightness temperature, 23.8 GHz(tbsky23)
• Liquid water path best-estimate value, hourly mean(lwp)
• Water vapor, precipitable, column-integrated on isobaric grid, from RUC model(pwv)