The AE namelist for cb6r3_ae7_aq has the following aerosol species.
| Model Species | Name | Molecular Weight | Explicit or Lumped |
|---|---|---|---|
| AAL | Aluminum | 27 | E |
| AAVB1 | low volatility organic particulate matter from oxidation of anthropogenic VOCs | 198.0 | L |
| AAVB2 | semivolailte organic particulate matter from oxidation of anthropogenic VOCs | 179.0 | L |
| AAVB3 | semivolailte organic particulate matter from oxidation of anthropogenic VOCs | 169.0 | L |
| AAVB4 | semivolailte organic particulate matter from oxidation of anthropogenic VOCs | 158.0 | L |
| ACA | Calcium | 40.1 | E |
| ACL | Chloride | 35.5 | E |
| ACORS | Anthropogenic Coarse-mode particle mass | 100.0 | L |
| AEC | Elemental Carbon | 12 | E |
| AFE | Iron | 55.8 | E |
| AGLY | Glyoxal and Methylglyoxal SOA | 66.4 | L |
| AH2O | Water | 18 | E |
| AH3OP | Hydronium Ion | 19 | E |
| AISO1 | Semivolatile SOA Product from Isoprene | 132.0 | L |
| AISO2 | High-Volatility SOA Product from Isoprene | 133.0 | L |
| AISO3 | Acid-Catalyzed Isoprene SOA compounds | 168.2 | L |
| AIVPO1 | Intermediate Volatility Primary Organic Compounds | 266 | L |
| AK | Potassium | 39.1 | E |
| ALVOO1 | Low Volatility Oxidized Combustion Organic Compounds | 136 | L |
| ALVOO2 | Low Volatility Oxidized Combustion Organic Compounds | 136 | L |
| ALVPO1 | Low Volatility Primary Organic Compounds | 218 | L |
| AMG | Magnesium | 24.3 | E |
| AMN | Manganese | 54.9 | E |
| AMT1 | low volatility particulate matter from monoterpene photoxidation, C*=0.01 ug/m3 | 200.0 | L |
| AMT2 | low volatility particulate matter from monoterpene photoxidation, C*=0.1 ug/m3 | 300.0 | L |
| AMT3 | semivolailte particulate matter from monoterpene photoxidation, C*=1 ug/m3 | 186.0 | L |
| AMT4 | semivolatile particulate matter from monoterpene photoxidation, C*=10 ug/m3 | 184.0 | L |
| AMT5 | semivolatile particulate matter from monoterpene photoxidation, C*=100 ug/m3 | 170.0 | L |
| AMT6 | semivolatile particulate matter from monoterpene photoxidation, C*=1000 ug/m3 | 168.0 | L |
| AMTNO3J | semivolatile organic nitrates from monoterpene oxidation (Should not to be included for tracking nitrogen) | 231.0 | L |
| AMTHYDJ | organic pseudo-hydrolysis accretion product from monoterpene organic nitrates (AMTNO3J) | 168.0 | L |
| ANA | Sodium | 23 | E |
| ANH4 | Ammonium | 18 | E |
| ANO3 | Nitrate | 62 | E |
| AOLGA | Oligomer products of anthropogenic SOA compounds | 206.0 | L |
| AOLGB | Oligomer products of biogenic SOA compounds | 248.0 | L |
| AORGC | Glyoxal and Methylglyoxal SOA | 177.0 | L |
| AORGH2O | Water associated with organic species of particulate matter | 18.0 | E |
| AOTHR | Other Particulate Mass | 200 | L |
| APCSO | Potential Combustion SOA | 170 | L |
| APNCOM | Non-Carbon Organic Matter associated with APOC | 220.0 | L |
| APOC | Primary Organic Carbon | 220.0 | L |
| ASEACAT | Sea spray cations | 23.75 | L |
| ASI | Silicon | 28.1 | E |
| ASO4 | Sulfate | 96 | E |
| ASOIL | Lumped crustal species | 100.0 | L |
| ASQT | Semivolatile SOA Product from Sesquiterpenes | 273.0 | L |
| ASVOO1 | Semivolatile Oxidized Combustion Organic Compounds | 135 | L |
| ASVOO2 | Semivolatile Oxidized Combustion Organic Compounds | 135 | L |
| ASVOO3 | Semivolatile Oxidized Combustion Organic Compounds | 134 | L |
| ASVPO1 | Semivolatile Primary Organic Compounds | 230 | L |
| ASVPO2 | Semivolatile Primary Organic Compounds | 241 | L |
| ASVPO3 | Semivolatile Primary Organic Compounds | 253 | L |
| ATI | Titanium | 47.9 | E |
| NUMACC | Accum. Mode Number Conc | NA | NA |
| NUMAIT | Aitken Mode Number Conc | NA | NA |
| NUMCOR | Coarse Mode Number Conc | NA | NA |
| SRFACC | Accum. Mode Surface Area Conc | NA | NA |
| SRFAIT | Aitken Mode Surface Area Conc | NA | NA |
| SRFCOR | Coarse Mode Surface Area Conc | NA | NA |
Note that for each aerosol mass species, a letter will be appended to the names below in order to designate the size, or mode, of the aerosol being represented: I = Aitken mode, J = Accumulation mode, K = Coarse mode.