RONO2 and HNO3 formation rates from BEARPEX 07

This repository contains data from the BEARPEX07 Field campaign used in Romer et al., 2020 to calculate the formation rates of RONO2 and HNO3. For additional information about the campaign, see the campaign website: https://www.ocf.berkeley.edu/~bearpex/ <br> Reference information for the BEARPEX07 Field Campaign<br> Dates: Aug 15 - Oct 10 2007<br> Location: Blodgett Forest Research Station, Georgetown CA. 38.91 N, -120.66 W<br> Elevation: 1315 m above sea level<br> Campaign website: https://www.ocf.berkeley.edu/~bearpex/ Measurements listed:<br> utc_date: The date and time of the midpoint of the measurements, in UTC time<br> local_solar_time: The local solar time of the midpoint of the measurements, reported in Pacific Standard Time (UTC-08:00)<br> VOCR_hz: The reactivity to OH of all volatile organic compounds (VOCs), defined as the sum of the concentration of all measured VOCs multiplied by their reaction rate with OH. VOCR is reported in s^-1.<br> NO2_ppt: The concentration of NO2, measured in parts per trillion.<br> Total_RONO2_ppt: The concentration of total organic nitrates (=\(\Sigma\)ANs = \(\Sigma\)RONO2), measured in parts per trillion. Includes organic nitrates in both the gas and particle phase, but does not include HNO3 or inorganic nitrate ions.<br> Total_HNO3_ppt: The concentration of nitric acid, measured in parts per trillion. Includes both gaseous nitric acid and thermally labile particle phase nitrate ion.<br> alpha_eff: The effective organic nitrate branching ratio. Defined as the yield of RONO2 compounds when an RO2 radical reacts with NO, averaged over all RO2 species. <br> YRO2_eff: The effective yield of RO2 radicals. Defined as the yield of RO2 radicals when a VOC is oxidized by OH, averaged over all VOCs.<br> fNO_eff: The average probability that an RO2 radical will react with NO, instead of being lost through some other pathway.<br> pressure_bar: The pressure at the measurement location, measured in bar.<br> temperature_K: The temperature at the measurement location, measured in Kelvin.