Note that replicates of spectra are of great interest. As in the NIST or Wiley databases, replicates allow the user to identify differences that may be due to impurities, different experimental conditions, instrumental differences, etc.
These spectra have been made available to the entire community. By using these spectra you agree to make appropriate citations of the papers referenced for the specific spectra that you use. Please honor this request so that the spectra can continue to be available to everyone. Also please cite this database as "Ulbrich, I.M., Handschy, A., Lechner, M., and Jimenez, J.L. AMS Spectral Database. URL: http://cires.colorado.edu/jimenez-group/AMSsd/" and the paper that describes it (Ulbrich et al., ACP, 9, 2891-2918, 2009).
If you have spectra you'd like added to the database, please send them to Anne Handschy, along with all of the descriptive information specified here. Your comments are also welcome!
A standalone ipf to help with the creation of database files can be downloaded here. This ipf can be used within ACSM analysis experiments, PMF experiments or AMS analysis experiments (Squirrel and Pika, v 1.64+).
The creation, development, and maintenance of this database have been partially supported through EPA STAR grant RD-83216101-0, NSF CAREER grant ATM-0449815, NASA grant NNG04GA67G, and NOAA grant NA08OAR4310565.
Source Spectra
| Spectra ID | Source | Group | AMS Instrument | EI Energy | Vaporizer Temp (oC) | Citation | Fig # | Comments | Data |
| S_Q_001 | Diesel Bus Exhaust | Manjula Canagaratna Worsnop - Aerodyne |
Q-AMS |
70 eV | Canagaratna, M., et al., AS&T 2004, 38, pgs. 555-573 | Fig. 7a, pg. 569 | chase study, New York City, 2000 |  S_Q_001_DieselBusExhaust.itx |
|
| S_Q_002 | Biomass Burning: Beech | Johannes Schneider MPI Chemistry |
Q-AMS 007 |
70 eV | 440 | Schneider, J., et al., Int. J. Mass Spec. 2006 258, 37-49 | Fig 4a, pg. 42 | Dry Sticks |  S_Q_002_Beech.itx |
| S_Q_003 | Biomass Buring: Oak | Johannes Schneider MPI Chemistry |
Q-AMS 007 |
70 eV | 440 | Schneider, J., et al., Int. J. Mass Spec. 2006 258, 37-49 | Fig 4b, pg. 42 | Species spectra processed with standard frag table |  S_Q_003_Oak.itx |
| S_Q_004 | Biomass Burning: Savanna Grass | N. Hock/S. Weimer MPI Chemistry |
Q-AMS 007 |
70 eV | 490 | Schneider, J., et al., Int. J. Mass Spec. 2006 258, 37-49 | Fig 4e, pg. 42 | Species spectra processed with standard frag table |  S_Q_004_SavannaGrass.itx |
| S_Q_005 | Biomass Burning: Musasa | N. Hock/S. Weimer MPI Chemistry |
Q-AMS 007 |
70 eV | 440 | Schneider, J., et al., Int. J. Mass Spec. 2006 258, 37-49 | Fig 4c, pg. 42 | Species spectra processed with standard frag table |  S_Q_005_Musasa.itx |
| S_Q_006 | Biomass Burning: Spruce | N. Hock/S. Weimer MPI Chemistry |
Q-AMS 007 |
70 eV | 490 | Schneider, J., et al., Int. J. Mass Spec. 2006 258, 37-49 | Fig 4d , pg. 42 | Species spectra processed with standard frag table |  S_Q_006_Spruce.itx |
| S_Q_007 | Beech - Flaming | S. Weimer PSI |
Q-AMS |
70 eV | 600 | S. Weimer et al. Journal of Geophysical Research 2008, 113, pgs. D10304 | 4 | Start (Phase I) |  S_Q_007_Beech_Flame.itx |
| S_Q_008 | Beech - Smoldering | S. Weimer PSI |
Q-AMS |
70 eV | 600 | S. Weimer et al. Journal of Geophysical Research 2008, 113, pgs. D10304 | 4 | End (Phase II) |  S_Q_008_Beech_Smoldering.itx |
| S_Q_009 | Chestnut - Flaming | S. Weimer PSI |
Q-AMS |
70 eV | 600 | S. Weimer et al. Journal of Geophysical Research 2008, 113, pgs. D10304 | 4 | Start (Phase I) |  S_Q_009_Chestnut_Flame.itx |
| S_Q_010 | Chestnut - Smoldering | S. Weimer PSI |
Q-AMS |
70 eV | 600 | S. Weimer et al. Journal of Geophysical Research 2008, 113, pgs. D10304 | 4 | End (Phase II) |  S_Q_010_Chestnut_Smoldering.itx |
| S_Q_011 | Fir - Flaming | S. Weimer PSI |
Q-AMS |
70 eV | 600 | S. Weimer et al. Journal of Geophysical Research 2008, 113, pgs. D10304 | 4 | Start (Phase I) |  S_Q_011_Fir_Flame.itx |
| S_Q_012 | Fir - Smoldering | S. Weimer PSI |
Q-AMS |
70 eV | 600 | S. Weimer et al. Journal of Geophysical Research 2008, 113, pgs. D10304 | 4 | End (Phase II) |  S_Q_012_Fir_Smoldering.itx |
| S_Q_013 | Larch - Flaming | S. Weimer PSI |
Q-AMS |
70 eV | 600 | S. Weimer et al. Journal of Geophysical Research 2008, 113, pgs. D10304 | 4 | Start (Phase I) |  S_Q_013_Larch_Flame.itx |
| S_Q_014 | Larch - Smoldering | S. Weimer PSI |
Q-AMS |
70 eV | 600 | S. Weimer et al. Journal of Geophysical Research 2008, 113, pgs. D10304 | 4 | End (Phase II) |  S_Q_014_Larch_Smoldering.itx |
| S_Q_015 | Oak - Flaming | S. Weimer PSI |
Q-AMS |
70 eV | 600 | S. Weimer et al. Journal of Geophysical Research 2008, 113, pgs. D10304 | 4 | Start (Phase I) |  S_Q_015_Oak_Flame.itx |
| S_Q_016 | Oak - Smoldering | S. Weimer PSI |
Q-AMS |
70 eV | 600 | S. Weimer et al. Journal of Geophysical Research 2008, 113, pgs. D10304 | 4 | End (Phase II) |  S_Q_016_Oak_Smoldering.itx |
| S_W_017 | Chicken - No Skin | J.L. Jimenez University of Colorado |
HR-ToF-AMS |
70 eV | 600 | C. Mohr et al. ES&T 2009, 43(7), pgs. 2443-2449 | 1 | w-mode |  S_W_017_Chicken_noskin.itx |
| S_W_018 | Diesel - Penske Truck | J.L. Jimenez University of Colorado |
HR-ToF-AMS |
70 eV | 600 | C. Mohr et al. ES&T 2009, 43(7), pgs. 2443-2449 | 1 | w-mode |  S_W_018_diesel_penske.itx |
| S_W_019 | Hamburger - Fatty | J.L. Jimenez University of Colorado |
HR-ToF-AMS |
70 eV | 600 | C. Mohr et al. ES&T 2009, 43(7), pgs. 2443-2449 | 1 | w-mode |  S_W_019_fatty_burger.itx |
| S_W_020 | Gasoline - Honda Car | J.L. Jimenez University of Colorado |
HR-ToF-AMS |
70 eV | 600 | C. Mohr et al. ES&T 2009, 43(7), pgs. 2443-2449 | 1 | w-mode |  S_W_020_Honda.itx |
| S_W_021 | Hamburger - Lean | J.L. Jimenez University of Colorado |
HR-ToF-AMS |
70 eV | 600 | C. Mohr et al. ES&T 2009, 43(7), pgs. 2443-2449 | 1 | w-mode |  S_W_021_lean_burger.itx |
| S_W_022 | Paper | J.L. Jimenez University of Colorado |
HR-ToF-AMS |
70 eV | 600 | C. Mohr et al. ES&T 2009, 43(7), pgs. 2443-2449 | 1 | w-mode |  S_W_022_Paper.itx |
| S_W_023 | Plastic No.2 | J.L. Jimenez University of Colorado |
HR-ToF-AMS |
70 eV | 600 | C. Mohr et al. ES&T 2009, 43(7), pgs. 2443-2449 | 1 | w-mode |  S_W_023_plastic_two.itx |
| S_Q_024 | Salmon | J.L. Jimenez University of Colorado |
HR-ToF-AMS |
70 eV | 600 | C. Mohr et al. ES&T 2009, 43(7), pgs. 2443-2449 | 1 | w-mode |  S_W_024_Salmon.itx |
| S_W_025 | Ponderosa Pine Needles and Sticks | J. Kroll - MIT | HR-ToF-AMS | 70 eV | 600 | N/A | w-mode; average from chamber burn during FLAME-1; organic spectrum only. |
 S_W_025_Ponderosa.itx |
|
| S_W_026 | Southern CA Chamise | J. Kroll - MIT | HR-ToF-AMS | 70 eV | 600 | N/A | w-mode; average from chamber burn during FLAME-1; organic spectrum only. |
 S_W_026_Chamise.itx |
|
| S_W_027 | Rice Straw | J. Kroll - MIT | HR-ToF-AMS | 70 eV | 600 | N/A | w-mode; average from chamber burn during FLAME-1; organic spectrum only. |
 S_W_027_RiceStraw.itx |
|
| S_W_028 | Ponderosa Pine Duff | J. Kroll - MIT | HR-ToF-AMS | 70 eV | 600 | N/A | w-mode; average from chamber burn during FLAME-1; organic spectrum only. |
 S_W_028_PonderosaDuff.itx |
|
| S_W_029 | Alaska Core Tundra Duff | J. Kroll - MIT | HR-ToF-AMS | 70 eV | 600 | N/A | w-mode; average from chamber burn during FLAME-1; organic spectrum only. |
 S_W_029_AKtundraDuff.itx |
|
| S_W_030 | Southern CA Manzanita | J. Kroll - MIT | HR-ToF-AMS | 70 eV | 600 | N/A | w-mode; average from chamber burn during FLAME-1; organic spectrum only. |
 S_W_030_Manzanita.itx |
|
| S_W_031 | Utah Juniper Foliage and Sticks | J. Kroll - MIT | HR-ToF-AMS | 70 eV | 600 | N/A | w-mode; average from chamber burn during FLAME-1; organic spectrum only. |
 S_W_031_Juniper.itx |
|
| S_W_032 | Utah Sage, Rabbitbrush | J. Kroll - MIT | HR-ToF-AMS | 70 eV | 600 | N/A | w-mode; average from chamber burn during FLAME-1; organic spectrum only. |
 S_W_032_sageRabbitBrush.itx |
|
| S_W_033 | Lignin Powder | J. Kroll - MIT | HR-ToF-AMS | 70 eV | 600 | N/A | w-mode; average from chamber burn during FLAME-1; organic spectrum only. |
 S_W_033_lignin.itx |
|
| S_W_034 | Ceanothus Leaves and Berries | J. Kroll - MIT | HR-ToF-AMS | 70 eV | 600 | N/A | w-mode; average from chamber burn during FLAME-1; organic spectrum only. |
 S_W_034_Ceanothus.itx |
|
| S_W_035 | Lodgepole pine (needles and sticks) | J. Kroll - MIT | HR-ToF-AMS | 70 eV | 600 | N/A | w-mode; average from chamber burn during FLAME-1; organic spectrum only. |
 S_W_035_lodgepole.itx |
|
| S_W_036 | Puerto Rican Fern | J. Kroll - MIT | HR-ToF-AMS | 70 eV | 600 | N/A | w-mode; average from chamber burn during FLAME-1; organic spectrum only. |
 S_W_036_PRfern.itx |
|
| S_W_037 | Wax Myrtle | J. Kroll - MIT | HR-ToF-AMS | 70 eV | 600 | N/A | w-mode; average from chamber burn during FLAME-1; organic spectrum only. |
 S_W_037_WaxMyrtle.itx |
|
| S_W_038 | Southern Pine Needles | J. Kroll - MIT | HR-ToF-AMS | 70 eV | 600 | N/A | w-mode; average from chamber burn during FLAME-1; organic spectrum only. |
 S_W_038_SouthernPine.itx |
|
| S_W_039 | Puerto Rican Mixed Wood | J. Kroll - MIT | HR-ToF-AMS | 70 eV | 600 | N/A | w-mode; average from chamber burn during FLAME-1; organic spectrum only. |
 S_W_039_PRmixedWood.itx |
|
| S_W_040 | Palmetto Leaves | J. Kroll - MIT | HR-ToF-AMS | 70 eV | 600 | N/A | w-mode; average from chamber burn during FLAME-1; organic spectrum only. |
 S_W_040_Palmetto.itx |
Ambient Spectra
| Spectra ID | Location and Date | Researcher/Group | AMS Instrument | EI Energy | Vaporizer Temp (oC) | Citation | Fig # | Comments | Data |
| A_Q_001 | Langley, Canada 08/01 |
Rami Alfarra Coe - Manchester |
Q-AMS |
70 eV | Alfarra, R., et al. Atmos. Env. 2004, 38, 5745-5758. | Fig. 10c, pg. 5755 | Averaged over low CO, high O3 periods |  A_Q_001_aged_rural.itx |
|
| A_Q_002 | Langley, Canada 08/01 |
Rami Alfarra Coe - Manchester |
Q-AMS |
70 eV | Alfarra, R., et al. Atmos. Env. 2004, 38, 5745-5758. | Fig. 10d, pg. 5755 | Averaged over high CO and O3 periods |  A_Q_002_aged_rural2.itx |
|
| A_Q_003 | Manchester, UK 06/01 |
Rami Alfarra Coe - Manchester |
Q-AMS |
70 eV | Alfarra, R., et al. Atmos. Env. 2004, 38, 5745-5758. | Fig. 10a, pg. 5755 | Averaged over high CO, low O3 periods |  A_Q_003_Urban_Manchester.itx |
|
| A_Q_004 | Slocan Park, Vancouver, Canada 08/01 |
Rami Alfarra Coe - Manchester |
Q-AMS |
70 eV | Alfarra, R., et al. Atmos. Env. 2004, 38, 5745-5758. | Fig. 10b, pg. 5755 | Averaged over high CO, low O3 periods |  A_Q_004_Urban_Vancouver.itx |
|
| A_Q_005 | Slocan Park, Vancouver, Canada 08/01 |
Rami Alfarra Coe - Manchester |
Q-AMS |
70 eV | Alfarra, R., et al. Atmos. Env. 2004, 38, 5745-5758. | Fig. 6, pg. 5753 | Averaged over all periods of O3 > 50 ppbv |  A_Q_005_Urban_Vanc_high_O3.itx |
|
| A_Q_006 | Brushfire | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | Fig 14, pg. 5684 | Observed Outside Monterey, CA |  A_Q_006_BrushFire.itx |
| A_C_007 | San Joaquin Valley Background Aerosol in Summertime | Armin Sorooshian/ Caltech (Seinfeld/Flagan) |
C-ToF-AMS | 70eV | 567 | Sorooshian, A. et al. AC&P, 2008, 8(17), 5489-5520 | Fig. 10, pg. 5502 | San Joaquin Valley, CA (July 2007). Airborne measurements background. |  A_C_007_San_Joaquin_Background.itx |
| A_C_008 | Directly above a massive bovine source(feedlot) | Armin Sorooshian/ Caltech (Seinfeld/Flagan) |
C-ToF-AMS | 70eV | 567 | Sorooshian, A. et al. AC&P, 2008, 8(17), 5489-5520 | Fig. 10, pg. 5502 | San Joaquin Valley, CA (July 2007). Airborne measurements above bovine source |  A_C_008_Above_Bovine.itx |
| A_C_009 | Downwind of bovine source | Armin Sorooshian/ Caltech (Seinfeld/Flagan) |
C-ToF-AMS | 70eV | 567 | Sorooshian, A. et al. AC&P, 2008, 8(17), 5489-5520 | Fig. 10, pg. 5502 | San Joaquin Valley, CA (July 2007). Airborne measurements downwind of bovine source |  A_C_009_Downwind_Bovine.itx |
| A_Q_010 | Highest observed PAH mass concentration during MCMA-2003 | Katja Dzepina Jimenez - Colorado |
Q-AMS 014 |
70 eV | 600 | Dzepina, K., et al., International Journal of Mass Spectrometry 2007, 263, 152�170. | Fig 3a, pg. 160 | This event was observed on Apr 13, 2003 and lasted 6 min. PAH signals are resolved for m/z > 197. |  A_Q_010_Mexico_City_High_PAH.itx |
| A_Q_011 | Associated Organic Spectra to Highest observed PAH mass concentration during MCMA-2003 | Katja Dzepina Jimenez - Colorado |
Q-AMS 014 |
70 eV | 600 | Dzepina, K., et al., International Journal of Mass Spectrometry 2007, 263, 152�170. | Fig 3a, pg. 160 | This event was observed on Apr 13, 2003 and lasted 6 min. PAH signals are resolved for m/z > 197. This spectra represents the total organics without PAH. |  A_Q_011_Mexico_City_High_PAH_Org.itx |
| A_Q_012 | Observed average MCMA-2003 rush hour PAH mass concentration. | Katja Dzepina Jimenez - Colorado |
Q-AMS 014 |
70 eV | 600 | Dzepina, K., et al., International Journal of Mass Spectrometry 2007, 263, 152�170. | Fig 3b, pg. 160 | Includes all 5 am - 9 am periods during MCMA-2003. PAH signals are resolved for m/z > 197. |  A_Q_012_MCMA_5_9am_PAH.itx |
| A_Q_013 | Observed average MCMA-2003 afternoon PAH mass concentration. | Katja Dzepina Jimenez - Colorado |
Q-AMS 014 |
70 eV | 600 | Dzepina, K., et al., International Journal of Mass Spectrometry 2007, 263, 152�170. | Fig 3c, pg. 160 | Includes all 2 pm - 6 pm periods during MCMA-2003. PAH signals are resolved for m/z > 197. |  A_Q_013_MCMA_2_6pm_PAH.itx |
| A_Q_014 | Observed average MCMA-2003 PAH mass concentration. | Katja Dzepina Jimenez - Colorado |
Q-AMS 014 |
70 eV | 600 | Dzepina, K., et al., International Journal of Mass Spectrometry 2007, 263, 152�170. | Fig 3d, pg. 160 | Includes all MCMA-2003 periods. PAH signals are resolved for m/z > 197. |  A_Q_014_MCMA_Avg_PAH.itx |
| A_C_015 | Below Cloud, Clean Flight (RF09) | Matt Coggon Seinfeld - Caltech |
C-ToF | 70 eV | 600 | Coggon, M., et al.,Atmospheric Chemistry and Physics 2012, 12, 8439-8458. | Fig 10, pg. 8450 | EPEACE Field Campaign, NAVY CIRPAS Twin Otter |
A_C_015_RF09_BelowCloud.itx |
| A_C_016 | In Cloud, Clean Flight (RF09) | Matt Coggon Seinfeld - Caltech |
C-ToF | 70 eV | 600 | Coggon, M., et al.,Atmospheric Chemistry and Physics 2012, 12, 8439-8458. | Fig 10, pg. 8450 | EPEACE Field Campaign, NAVY CIRPAS Twin Otter |
A_C_016_RF09_InCloud.itx |
| A_C_017 | In Cloud, Ship Track (RF09) | Matt Coggon Seinfeld - Caltech |
C-ToF | 70 eV | 600 | Coggon, M., et al.,Atmospheric Chemistry and Physics 2012, 12, 8439-8458. | Fig 10, pg. 8450 | EPEACE Field Campaign, NAVY CIRPAS Twin Otter |
A_C_017_RF09_ShipTrack.itx |
| A_C_018 | Below Cloud, Perturbed Flight (RF15) | Matt Coggon Seinfeld - Caltech |
C-ToF | 70 eV | 600 | Coggon, M., et al.,Atmospheric Chemistry and Physics 2012, 12, 8439-8458. | Fig 10, pg. 8450 | EPEACE Field Campaign, NAVY CIRPAS Twin Otter |
A_C_018_RF15_BelowCloud.itx |
| A_C_019 | In Cloud, Perturbed Flight (RF15) | Matt Coggon Seinfeld - Caltech |
C-ToF | 70 eV | 600 | Coggon, M., et al.,Atmospheric Chemistry and Physics 2012, 12, 8439-8458. | Fig 10, pg. 8450 | EPEACE Field Campaign, NAVY CIRPAS Twin Otter |
A_C_019_RF15_InCloud.itx |
| A_C_020 | OA
From Twin Otter 2010 |
Jill Craven
Seinfeld-Caltech |
C-TOF
|
70 eV | 600 | Craven et al.:,JGR-Atmos,118, 1 - 15, 2013 | Figure 7 | This spectra is from the bottom panel of Figure 7. |
A_C_020_OA_TOMay19.itx |
| A_C_021 | OA From NOAA P3 2010 |
Jill Craven Seinfeld-Caltech |
C-TOF |
70 eV | 600 | Craven et al.:,JGR-Atmos,118, 1 - 15, 2013 | Figure 6 | This spectra is from the middle panel of Figure 6. |
A_C_021_OA_P3MAY19.itx |
| A_C_022 | OA From CIRPAS Twin Otter 2010 |
Jill Craven Seinfeld-Caltech |
C-TOF |
70 eV | 600 | Craven et al.:,JGR-Atmos,118, 1 - 15, 2013 | Figure 7 | This spectra is from the top panel of Figure 6. |
A_C_022_TOMay19_org.itx |
Ambient Deconvolved Spectra
| Spectra ID | Location and Date | Researcher/Group | AMS Instrument | EI Energy | Vaporizer Temp (oC) | Citation | Fig # | Comments | Data |
|---|---|---|---|---|---|---|---|---|---|
| A_DEC_Q_001 | Pittsburgh, 09/2002 | Qi Zhang
Jimenez - Colorado |
Q-AMS
014 |
70 eV | 600 | Zhang, Q., et al. ES&T 2005, 39, 4938-4952. | Fig 9a1, pg. 4947 | Zhang 2-component deconvolution |
A_DEC_Q_001_HOA_Pittsburgh.itx |
| A_DEC_Q_002 | Pittsburgh, 09/2002 | Qi Zhang
Jimenez - Colorado |
Q-AMS
014 |
70 eV | 600 | Zhang, Q., et al. ES&T 2005, 39, 4938-4952. | Fig 9b1, pg. 4947 | Zhang 2-component deconvolution |
A_DEC_Q_002_OOA_Pittsburgh.itx |
| A_DEC_Q_003 | OOA, type I | V. Lanz PSI/Empa |
Q-AMS | 70 eV | 600 | Lanz, V. A., et al.,Atmos. Chem. Phys. 2007, 7, 1503-1522. | Fig 3, pg. 1510 | Zurich, summer 2005 |  A_DEC_Q_003_OOA_I.itx |
| A_DEC_Q_004 | OOA, type II | V. Lanz PSI/Empa |
Q-AMS | 70 eV | 600 | Lanz, V. A., et al.,Atmos. Chem. Phys. 2007, 7, 1503-1522. | Fig 3, pg. 1510 | Zurich, summer 2005 |  A_DEC_Q_004_OOA_II.itx |
| A_DEC_Q_005 | HOA | V. Lanz PSI/Empa |
Q-AMS | 70 eV | 600 | Lanz, V. A., et al.,Atmos. Chem. Phys. 2007, 7, 1503-1522. | Fig 3, pg. 1510 | Zurich, summer 2005 |  A_DEC_Q_005_HOA.itx |
| A_DEC_Q_006 | wood burning | V. Lanz PSI/Empa |
Q-AMS | 70 eV | 600 | Lanz, V. A., et al.,Atmos. Chem. Phys. 2007, 7, 1503-1522. | Fig 3, pg. 1510 | Zurich, summer 2005 |  A_DEC_Q_006_Wood_Burning.itx |
| A_DEC_Q_007 | charbroiling | V. Lanz PSI/Empa |
Q-AMS | 70 eV | 600 | Lanz, V. A., et al.,Atmos. Chem. Phys. 2007, 7, 1503-1522. | Fig 3, pg. 1510 | Zurich, summer 2005 |  A_DEC_Q_007_Charbroiling.itx |
| A_DEC_Q_008 | minor source (cooking) | V. Lanz PSI/Empa |
Q-AMS | 70 eV | 600 | Lanz, V. A., et al.,Atmos. Chem. Phys. 2007, 7, 1503-1522. | Fig 3, pg. 1510 | Zurich, summer 2005 |  A_DEC_Q_008_Minorsrc_Cooking.itx |
| A_DEC_Q_009 | OOA | V. Lanz PSI/Empa |
Q-AMS | 70 eV | 600 | Lanz, V. A., et al.,Environ. Sci. Technol. 2008, 42, 214-220. | Fig 2, pg. 217 | Zurich, winter 2005/2006 |  A_DEC_Q_009_OOA.itx |
| A_DEC_Q_010 | HOA | V. Lanz PSI/Empa |
Q-AMS | 70 eV | 600 | Lanz, V. A., et al.,Environ. Sci. Technol. 2008, 42, 214-220. | Fig 2, pg. 217 | Zurich, winter 2005/2006 |  A_DEC_Q_010_HOA.itx |
| A_DEC_Q_011 | wood burning | V. Lanz PSI/Empa |
Q-AMS | 70 eV | 600 | Lanz, V. A., et al.,Environ. Sci. Technol. 2008, 42, 214-220. | Fig 2, pg. 217 | Zurich, winter 2005/2006 |  A_DEC_Q_011_Wood_Burning.itx |
| A_DEC_Q_012 | HOA - Pittsburgh, 09/2002 | I.M. Ulbrich, Jimenez - Colorado |
Q-AMS, 014 |
70 eV | 600 | Ulbrich, I.M., et al.,Atmos. Chem. Phys. 2009, 9, 2891-2918. | Fig 5a | PMF, 3 factors |  A_DEC_Q_012_HOA.itx |
| A_DEC_Q_013 | OOA1 - Pittsburgh, 09/2002 | I.M. Ulbrich, Jimenez - Colorado |
Q-AMS, 014 |
70 eV | 600 | Ulbrich, I.M., et al.,Atmos. Chem. and Phys. 2009, 9, 2891-2918. | Fig 5a | PMF, 3 factors |  A_DEC_Q_013_OOA1.itx |
| A_DEC_Q_014 | OOA2 - Pittsburgh, 09/2002 | I.M. Ulbrich, Jimenez - Colorado |
Q-AMS, 014 |
70 eV | 600 | Ulbrich, I.M., et al.,Atmos. Chem. and Phys. 2009, 9, 2891-2918. | Fig 5a | PMF, 3 factors |  A_DEC_Q_014_OOA2.itx |
| A_DEC_Q_015 | HOA - Multiple Ambient Data Sets | Nga Lee Ng, Worsnop - ARI |
Q-AMS | 70 eV | 600 | Ng, et al.,ES&T 2011, 45, 910-916. | Fig 1 | Standard HOA spectra. The error bars represent the variability in each m/z fraction (std dev) across all data sets. Please see Ng et al. for more info. |  A_DEC_Q_015_HOA.itx |
| A_DEC_Q_016 | OOA - Multiple Ambient Data Sets | Nga Lee Ng, Worsnop - ARI |
Q-AMS | 70 eV | 600 | Ng, et al.,ES&T 2011, 45, 910-916. | Fig 1 | Standard OOA spectra. The error bars represent the variability in each m/z fraction (std dev) across all data sets. Please see Ng et al. for more info. |  A_DEC_Q_016_OOA.itx |
| A_DEC_Q_017 | LV-OOA - Multiple Ambient Data Sets | Nga Lee Ng, Worsnop - ARI |
Q-AMS | 70 eV | 600 | Ng, et al.,ES&T 2011, 45, 910-916. | Fig 1 | Standard LV-OOA spectra. The error bars represent the variability in each m/z fraction (std dev) across all data sets. Please see Ng et al. for more info. |  A_DEC_Q_017_LVOOA.itx |
| A_DEC_Q_018 | SV-OOA - Multiple Ambient Data Sets | Nga Lee Ng, Worsnop - ARI |
Q-AMS | 70 eV | 600 | Ng, et al.,ES&T 2011, 45, 910-916. | Fig 1 | Standard SV-OOA spectra. The error bars represent the variability in each m/z fraction (std dev) across all data sets. Please see Ng et al. for more info. |  A_DEC_Q_018_SVOOA.itx |
| A_DEC_Q_019 | BBOA - Multiple Ambient Data Sets | Nga Lee Ng, Worsnop - ARI |
Q-AMS | 70 eV | 600 | Ng, et al.,ES&T 2011, 45, 910-916. | Fig 1 | Standard BBOA spectra. The error bars represent the variability in each m/z fraction (std dev) across all data sets. Please see Ng et al. for more info. |  A_DEC_Q_019_BBOA.itx |
| A_DEC_C_020 | Continental | Rachel Chang Abbatt - Toronto / Env. Can. |
C-ToF | 70 eV | 600 | Chang, R.Y.-W., et al.,ACP 2011, 11, 10619-10636. | Fig 8, pg. 10629 | Arctic Summer Cloud Ocean Study, Summer 2008 (Organic Fraction of Each Factor) |  |
| A_DEC_C_021 | Organic | Rachel Chang Abbatt - Toronto / Env. Can. |
C-ToF | 70 eV | 600 | Chang, R.Y.-W., et al.,ACP 2011, 11, 10619-10636. | Fig 8, pg. 10629 | Arctic Summer Cloud Ocean Study, Summer 2008 (Organic Fraction of Each Factor) |  |
| A_DEC_C_022 | Ship | Rachel Chang Abbatt - Toronto / Env. Can. |
C-ToF | 70 eV | 600 | Chang, R.Y.-W., et al.,ACP 2011, 11, 10619-10636. | Fig 8, pg. 10629 | Arctic Summer Cloud Ocean Study, Summer 2008 (Organic Fraction of Each Factor) |  |
| A_DEC_C_023 | Marine | Rachel Chang Abbatt - Toronto / Env. Can. |
C-ToF | 70 eV | 600 | Chang, R.Y.-W., et al.,ACP 2011, 11, 10619-10636. | Fig 8, pg. 10629 | Arctic Summer Cloud Ocean Study, Summer 2008 (Organic Fraction of Each Factor) |  |
| A_DEC_C_024 | Continental | Rachel Chang Abbatt - Toronto / Env. Can. |
C-ToF | 70 eV | 600 | Chang, R.Y.-W., et al.,ACP 2011, 11, 10619-10636. | Fig 4, pg. 10627 | Arctic Summer Cloud Ocean Study, Summer 2008 (deconvolution of the entire mass spectrum) |  |
| A_DEC_C_025 | Organic | Rachel Chang Abbatt - Toronto / Env. Can. |
C-ToF | 70 eV | 600 | Chang, R.Y.-W., et al.,ACP 2011, 11, 10619-10636. | Fig 4, pg. 10627 | Arctic Summer Cloud Ocean Study, Summer 2008 (deconvolution of the entire mass spectrum) |  |
| A_DEC_C_026 | Ship | Rachel Chang Abbatt - Toronto / Env. Can. |
C-ToF | 70 eV | 600 | Chang, R.Y.-W., et al.,ACP 2011, 11, 10619-10636. | Fig 4, pg. 10627 | Arctic Summer Cloud Ocean Study, Summer 2008 (deconvolution of the entire mass spectrum) |  |
| A_DEC_C_027 | Marine | Rachel Chang Abbatt - Toronto / Env. Can. |
C-ToF | 70 eV | 600 | Chang, R.Y.-W., et al.,ACP 2011, 11, 10619-10636. | Fig 4, pg. 10627 | Arctic Summer Cloud Ocean Study, Summer 2008 (deconvolution of the entire mass spectrum) |  |
| A_DEC_C_028 | OOA I | Niall Robinson Manchester |
HR-ToF-AMS | 70 eV | 600 | Robinson, N.H., et al.,ACP 2011, 11, 1039-1050. | Fig 5, Supplement | Borneo Rainforest, V-Mode |  |
| A_DEC_C_029 | OOA II | Niall Robinson Manchester |
HR-ToF-AMS | 70 eV | 600 | Robinson, N.H., et al.,ACP 2011, 11, 1039-1050. | Fig 5, Supplement | Borneo Rainforest, V-Mode |  |
| A_DEC_C_030 | Factor 91 | Niall Robinson Manchester |
HR-ToF-AMS | 70 eV | 600 | Robinson, N.H., et al.,ACP 2011, 11, 1039-1050. | Fig 5, Supplement | Borneo Rainforest, V-Mode |  |
| A_DEC_C_031 | Factor 82 | Niall Robinson Manchester |
HR-ToF-AMS | 70 eV | 600 | Robinson, N.H., et al.,ACP 2011, 11, 1039-1050. | Fig 5, Supplement | Borneo Rainforest, V-Mode |  |
| A_DEC_C_032 | HOA | Jill Craven Seinfeld - Caltech |
C-ToF-AMS | 70 eV | 600 | Hersey, S.P., et al.,ACP 2011, 11, 7417-7443. | Fig 6, 7429 | Pasadena Aerosol Characterization Observatory (PACO) during summer 2009 |  |
| A_DEC_C_033 | LV-OOA | Jill Craven Seinfeld - Caltech |
C-ToF-AMS | 70 eV | 600 | Hersey, S.P., et al.,ACP 2011, 11, 7417-7443. | Fig 6, 7429 | Pasadena Aerosol Characterization Observatory (PACO) during summer 2009 |  |
| A_DEC_C_034 | SV-OOA | Jill Craven Seinfeld - Caltech |
C-ToF-AMS | 70 eV | 600 | Hersey, S.P., et al.,ACP 2011, 11, 7417-7443. | Fig 6, 7429 | Pasadena Aerosol Characterization Observatory (PACO) during summer 2009 |  |
| A_DEC_W_035 | BBOA | Monica Crippa Prevot - PSI |
HR-ToF | 70 eV | 600 | Crippa M., et al.,ACP 2013. 13, 961-981 | Paris Winter 2010 |  |
|
| A_DEC_W_036 | COA | Monica Crippa Prevot - PSI |
HR-ToF | 70 eV | 600 | Crippa M., et al.,ACP 2013. 13, 961-981 | Paris Winter 2010 |  |
|
| A_DEC_W_037 | HOA | Monica Crippa Prevot - PSI |
HR-ToF | 70 eV | 600 | Crippa M., et al.,ACP 2013. 13, 961-981 | Paris Winter 2010 |  |
|
| A_DEC_W_038 | LV-OOA | Monica Crippa Prevot - PSI |
HR-ToF | 70 eV | 600 | Crippa M., et al.,ACP 2013. 13, 961-981 | Paris Winter 2010 |  |
|
| A_DEC_W_039 | OOA2 & BBOA | Monica Crippa Prevot - PSI |
HR-ToF | 70 eV | 600 | Crippa M., et al.,ACP 2013. 13, 961-981 | Paris Winter 2010 |  |
|
| A_DEC_AQ_040 | HOA | Sri Hapsari Budisulistiorini Surratt - UNC Chapel Hill |
ACSM | 70 eV | 600 | Budisulistiorini, S.H., et al., ES&T 2013, 47, 5686-5694. | Freutel., F., Masters Thesis, Univ. Mainz, 2009Fig 1a, pg. 5687 | Atlanta Summer 2011 |  |
| A_DEC_AQ_041 | IEPOXOA | Sri Hapsari Budisulistiorini Surratt - UNC Chapel Hill |
ACSM | 70 eV | 600 | Budisulistiorini, S.H., et al., ES&T 2013, 47, 5686-5694. | Freutel., F., Masters Thesis, Univ. Mainz, 2009Fig 1a, pg. 5687 | Atlanta Summer 2011 |  |
| A_DEC_AQ_042 | LVOOA | Sri Hapsari Budisulistiorini Surratt - UNC Chapel Hill |
ACSM | 70 eV | 600 | Budisulistiorini, S.H., et al., ES&T 2013, 47, 5686-5694. | Freutel., F., Masters Thesis, Univ. Mainz, 2009Fig 1a, pg. 5687 | Atlanta Summer 2011 |  |
| A_DEC_AQ_043 | SVOOA | Sri Hapsari Budisulistiorini Surratt - UNC Chapel Hill |
ACSM | 70 eV | 600 | Budisulistiorini, S.H., et al., ES&T 2013, 47, 5686-5694. | Freutel., F., Masters Thesis, Univ. Mainz, 2009Fig 1a, pg. 5687 | Atlanta Summer 2011 |  |
| A_DEC_C_044 | Los Angeles HOA from Twin Otter Platform, 2010, CalNex Campaign 2010 |
Jill Craven
Seinfeld-Caltech |
C-TOF
|
70 eV | 600 | Craven et al.:,JGR-Atmos,118, 1 - 15, 2013 | Figure 7 | This spectra is from the top panel of Figure 7. |
A_DEC_C_044_HOA.itx |
| A_DEC_C_045 | Los Angeles SVOOA from Twin Otter Platform, 2010, CalNex Campaign 2010 |
Jill Craven
Seinfeld-Caltech |
C-TOF
|
70 eV | 600 | Craven et al.:,JGR-Atmos,118, 1 - 15, 2013 | Figure 7 | This spectra is from the middle panel of Figure 7. |
A_DEC_C_045_SVOOA.itx |
| A_DEC_C_046 | LVOOA From Twin Otter 2010 |
Jill Craven
Seinfeld-Caltech |
C-TOF
|
70 eV | 600 | Craven et al.:,JGR-Atmos,118, 1 - 15, 2013 | Figure 7 | This spectra is from the bottom panel of Figure 7. |
A_DEC_C_046_LVOOA_CalNex_TO.itx |
| A_DEC_M_047 | SVOOA Median from EUCAARI 2008-2009 |
Monica Crippa
|
Q-AMS, C-ToF-AMS, HR-ToF-AMS |
70 eV | 600 | Crippa et al., Atmos. Chem. Phys., 14, 6159-6176, 2014 | Figure 7 | Median from the EUCARRI 2008-2009 campaigns |
 |
| A_DEC_M_048 | LVOOA Median from EUCAARI 2008-2009 |
Monica Crippa
Paul Scherrer Institute |
Q-AMS, C-ToF-AMS, HR-ToF-AMS |
70 eV | 600 | Crippa et al., Atmos. Chem. Phys., 14, 6159-6176, 2014 | Figure 7 | Median from the EUCARRI 2008-2009 campaigns |
|
| A_DEC_M_049 | HOA Median from EUCAARI 2008-2009 |
Monica Crippa
Paul Scherrer Institute |
Q-AMS, C-ToF-AMS, HR-ToF-AMS |
70 eV | 600 | Crippa et al., Atmos. Chem. Phys., 14, 6159-6176, 2014 | Figure 7 | Median from the EUCAARI 2008-2009 campaigns |
|
| A_DEC_M_050 | BBOA Median from EUCAARI 2008-2009 |
Monica Crippa
Paul Scherrer Institute |
Q-AMS, C-ToF-AMS, HR-ToF-AMS |
70 eV | 600 | Crippa et al., Atmos. Chem. Phys., 14, 6159-6176, 2014 | Figure 7 | Median from the EUCAARI 2008-2009 campaigns |
|
| A_DEC_C_051_LV-OOA | LV-OOA |
M. Äijälä University of Helsinki |
C-ToF |
70 eV | 600 | Äijälä, M., et al.,ACP 2017, 17, 3165-3197. | Fig 5, S-II | Cluster centroid spectrum |
|
| A_DEC_C_052_SV-OOA | Anthropogenic SV-OOA |
M. Äijälä University of Helsinki |
C-ToF |
70 eV | 600 | Äijälä, M., et al.,ACP 2017, 17, 3165-3197. | Fig 6, W-I | Cluster centroid spectrum |
|
| A_DEC_C_053_COA | COA |
M. Äijälä University of Helsinki |
C-ToF |
70 eV | 600 | Äijälä, M., et al.,ACP 2017, 17, 3165-3197. | Fig 6, W-III | Cluster centroid spectrum |
|
| A_DEC_C_054_HOA | HOA |
M. Äijälä University of Helsinki |
C-ToF |
70 eV | 600 | Äijälä, M., et al.,ACP 2017, 17, 3165-3197. | Fig 6, W-II | Cluster centroid spectrum |
|
| A_DEC_C_055_Sawmill_SOA | Sawmill SOA |
M. Äijälä University of Helsinki |
C-ToF |
70 eV | 600 | Äijälä, M., et al.,ACP 2017, 17, 3165-3197. | Fig 5, S-I | Cluster centroid spectrum |
|
| A_DEC_C_056_amine_58 | Amine-58 |
M. Äijälä University of Helsinki |
C-ToF |
70 eV | 600 | Äijälä, M., et al.,ACP 2017, 17, 3165-3197. | Fig 8, O-I | Cluster centroid spectrum |
|
| A_DEC_C_057_amine_86 | Amine-86 |
M. Äijälä University of Helsinki |
C-ToF |
70 eV | 600 | Äijälä, M., et al.,ACP 2017, 17, 3165-3197. | Fig 8, O-III | Cluster centroid spectrum |
|
| A_DEC_C_058_amine_100 | Amine-100 |
M. Äijälä University of Helsinki |
C-ToF |
70 eV | 600 | Äijälä, M., et al.,ACP 2017, 17, 3165-3197. | Fig 8, O-II | Cluster centroid spectrum |
|
| A_DEC_Q_059 | MO-OOA (PMF factor) | Weiwei Hu Jimenez-Colorado | ACSM-Q | 70ev | 600 | Hu, W. W et al, ACS E&SC submitted | Fig.6 | Billerica study, rural Boston area, Sep 2012 |
|
| A_DEC_Q_060 | LO-OOA (PMF factor) | Weiwei Hu Jimenez-Colorado | ACSM-Q | 70ev | 600 | Hu, W. W et al, ACS E&SC submitted | Fig.6 | Billerica study, rural Boston area, Sep 2012 |
|
| A_DEC_Q_061 | HOA (PMF factor) | Weiwei Hu Jimenez-Colorado | ACSM-Q | 70ev | 600 | Hu, W. W et al, ACS E&SC submitted | Fig.6 | Billerica study, rural Boston area, Sep 2012 |
|
| A_DEC_ToF_062 | Isoprene epoxydiols-derived SOA (IEPOX-SOA, PMF factor) | Weiwei Hu Jimenez-Colorado | HR-ToF-AMS (V-mode, Squirrel output) | 70ev | 600 | Hu, W. W et al, ACS E&SC submitted | Fig. 4 | SOAS Campaign, Centriville, AL, June-July 2013 |
|
| A_DEC_ToF_063 | less-oxidized OOAI (LO-OOAI, biogenic-origin, PMF factor) | Weiwei Hu Jimenez-Colorado | HR-ToF-AMS (V-mode, Squirrel output) | 70ev | 600 | Hu, W. W et al, ACS E&SC submitted | Fig. 4 | SOAS Campaign, Centriville, AL, June-July 2013 |
|
| A_DEC_ToF_064 | less-oxidized OOAII (LO-OOAII,Anthropogenic-origin, PMF factor) | Weiwei Hu Jimenez-Colorado | HR-ToF-AMS (V-mode, Squirrel output) | 70ev | 600 | Hu, W. W et al, ACS E&SC submitted | Fig. 4 | SOAS Campaign, Centriville, AL, June-July 2013 |
|
| A_DEC_ToF_065 | More-oxidized OOA (MO-OOA, PMF factor) | Weiwei Hu Jimenez-Colorado | HR-ToF-AMS (V-mode, Squirrel output) | 70ev | 600 | Hu, W. W et al, ACS E&SC submitted | Fig. 4 | SOAS Campaign, Centriville, AL, June-July 2013 |
|
Laboratory Spectra -- Standards
| Spectra ID | Source | Researcher/Group | AMS Instrument | EI Energy | Vaporizer Temp (oC) | Citation | Fig # | Comments | Data |
| L_STD_Q_001 | NH4NO3 | Frank Drewnick SUNY Albany |
Q-AMS |
70 eV | 600 | Hogrefe, O., et al., AS&T 2004, 38 pgs. 196-214 | atomized in Ar |  L_STD_Q_001_AmmoniumNitrate.itx |
|
| L_STD_Q_002 | (NH4)2SO4 | Frank Drewnick SUNY Albany |
Q-AMS |
70 eV | 600 | Hogrefe, O., et al., AS&T 2004, 38 pgs. 196-214 | atomized in Ar |  L_STD_Q_002_AmmoniumSulfate.itx |
|
| L_STD_Q_003 | I2O5 | Jose-Luis Jimenez/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 800 | Jimenez, J-L. JGR 2003, 108, No. D10, 4318. | Para. 92 & 95, pg. 5-21 |  L_STD_Q_003_I2O5.itx |
|
| L_STD_Q_004 | Fulvic Acid | Rami Alfarra Coe - Manchester |
Q-AMS |
70 eV | Alfarra, R. Ph.D. Dissertation 2004, University of Manchester, UK (thesis at bottom of linked page) | Fig. 5.15a, pg. 131 |  L_STD_Q_004_FulvicAcid.itx |
||
| L_STD_Q_005 | Levoglucosan | Johannes Schneider MPI Chemistry |
Q-AMS 007 |
70 eV | 420 | Schneider, J., et al., Int. J. Mass Spec. 2006 258, 37-49 | Fig 4, pg. 42 | nebulized levoglucosan in water |  L_STD_Q_005_Levoglucosan.itx |
| L_STD_Q_006 | Humic Acid | Rami Alfarra Coe - Manchester |
Q-AMS |
70 eV | Alfarra, R. Ph.D. Dissertation 2004, University of Manchester, UK (thesis at bottom of linked page) |  L_STD_Q_006_HumicAcid.itx |
|||
| L_STD_Q_007 | Benzo[e]pyrene | Katja Dzepina Jimenez - Colorado |
Q-AMS 014 |
70 eV | 600 | Dzepina, K, et al. Intl. J. Mass Spec. 2007, 263(2-3), pgs.152-170 |  L_STD_Q_007_Benzo_e_pyrene.itx |
||
| L_STD_Q_008 | 2,3-Benzofluorene | Katja Dzepina Jimenez - Colorado |
Q-AMS 014 |
70 eV | 600 | Dzepina, K, et al. Intl. J. Mass Spec. 2007, 263(2-3), pgs.152-170 | Fig 1c, pg. 155 |  L_STD_Q_008_2_3_Benzofluorene.itx |
|
| L_STD_Q_009 | Benzo[ghi]perylene | Katja Dzepina Jimenez - Colorado |
Q-AMS 014 |
70 eV | 600 | Dzepina, K, et al. Intl. J. Mass Spec. 2007, 263(2-3), pgs.152-170 |  L_STD_Q_009_Benzo_ghi_perylene.itx |
||
| L_STD_Q_010 | Coronene | Katja Dzepina Jimenez - Colorado |
Q-AMS 014 |
70 eV | 600 | Dzepina, K, et al. Intl. J. Mass Spec. 2007, 263(2-3), pgs.152-170 |  L_STD_Q_010_Coronene.itx |
||
| L_STD_Q_011 | 10-methylbenz[a]anthracene | Katja Dzepina Jimenez - Colorado |
Q-AMS 014 |
70 eV | 600 | Dzepina, K, et al. Intl. J. Mass Spec. 2007, 263(2-3), pgs.152-170 |  L_STD_Q_011_methylbenzaanthracene.itx |
||
| L_STD_Q_012 | 1-Methylpyrene | Katja Dzepina Jimenez - Colorado |
Q-AMS 014 |
70 eV | 600 | Dzepina, K, et al. Intl. J. Mass Spec. 2007, 263(2-3), pgs.152-170 | Fig 1b, pg. 155 |  L_STD_Q_012_1_Methylpyrene.itx |
|
| L_STD_Q_013 | Pyrene | Katja Dzepina Jimenez - Colorado |
Q-AMS 014 |
70 eV | 600 | Dzepina, K, et al. Intl. J. Mass Spec. 2007, 263(2-3), pgs.152-170 | Fig 1a, pg. 155 |  L_STD_Q_013_Pyrene.itx |
|
| L_STD_Q_014 | Triphenylene | Katja Dzepina Jimenez - Colorado |
Q-AMS 014 |
70 eV | 600 | Dzepina, K, et al. Intl. J. Mass Spec. 2007, 263(2-3), pgs.152-170 |  L_STD_Q_014_triphenylene.itx |
||
| L_STD_Q_015 | Oxalic acid | N. Takegawa Tokyo |
Q-AMS |
70 eV | 600 | Takegawa, N. et al. AS&T 2007, 41, pgs.418-437 | Fig 5, pg.425 |  L_STD_Q_015_Oxalic_Acid.itx |
|
| L_STD_Q_016 | Malonic acid | N. Takegawa Tokyo |
Q-AMS |
70 eV | 600 | Takegawa, N. et al. AS&T 2007, 41, pgs.418-437 | Fig 8, pg.426 |  L_STD_Q_016_Malonic_Acid.itx |
|
| L_STD_Q_017 | Succinic acid | N. Takegawa Tokyo |
Q-AMS |
70 eV | 600 | Takegawa, N. et al. AS&T 2007, 41, pgs.418-437 | Fig 8, pg.426 |  L_STD_Q_017_Succinic_Acid.itx |
|
| L_STD_Q_018 | Glutaric acid | N. Takegawa Tokyo |
Q-AMS |
70 eV | 600 | Takegawa, N. et al. AS&T 2007, 41, pgs.418-437 | Fig 8, pg.426 |  L_STD_Q_018_Glutaric_Acid.itx |
|
| L_STD_Q_019 | Adipic acid | N. Takegawa Tokyo |
Q-AMS |
70 eV | 600 | Takegawa, N. et al. AS&T 2007, 41, pgs.418-437 | Fig 8, pg.426 |  L_STD_Q_019_Adipic_Acid.itx |
|
| L_STD_Q_020 | Phthalic acid | N. Takegawa Tokyo |
Q-AMS |
70 eV | 600 | Takegawa, N. et al. AS&T 2007, 41, pgs.418-437 | Fig 8, pg.426 |  L_STD_Q_020_Phthalic_Acid.itx |
|
| L_STD_Q_021 | Azelaic Acid | Katrib, Y. Harvard |
Q-AMS |
70 eV | 350 | Katrib Y. et al. J.Phys.Chem.A. 2004, 108, pgs.6686-6695 | Fig 4, pg.6690 | Coatings of 2-30 nm on 101 nm PSL's |  L_STD_Q_021_azelaicacid.itx |
| L_STD_Q_022 | 1-Nonanal | Katrib, Y. Harvard |
Q-AMS |
70 eV | 350 | Katrib Y. et al. J.Phys.Chem.A. 2004, 108, pgs.6686-6695 | Fig 4, pg.6690 | Coatings of 2-30 nm on 101 nm PSL's |  L_STD_Q_022_1_nonanal.itx |
| L_STD_Q_023 | 9-Oxononanoic acid | Katrib, Y. Harvard |
Q-AMS |
70 eV | 350 | Katrib Y. et al. J.Phys.Chem.A. 2004, 108, pgs.6686-6695 | Fig 4, pg.6690 | Coatings of 2-30 nm on 101 nm PSL's |  L_STD_Q_023_9_oxononanoic_acid.itx |
| L_STD_Q_024 | Oleic Acid | Katrib, Y. Harvard |
Q-AMS |
70 eV | 350 | Katrib Y. et al. J.Phys.Chem.A. 2004, 108, pgs.6686-6695 | Fig 4, pg.6690 | Coatings of 2-30 nm on 101 nm PSL's |  L_STD_Q_024_oleic_acid.itx |
| L_STD_Q_025 | Methyl Oleate | Mochida, M. Harvard |
Q-AMS |
70 eV | Mochida, M. et al. AC&P 2006, 6, pgs.4851-4866 | Fig. 4a, pg.4857 |  L_STD_Q_025_methyl_oleate.itx |
||
| L_STD_Q_026 | Glyoxylic acid (ω-oxoacid) | N. Takegawa Tokyo |
Q-AMS |
70 eV | 600 | Takegawa, N. et al. AS&T 2007, 41, pgs.418-437 | Fig 8, pg.426 |  L_STD_Q_026_Glyoxylic_Acid.itx |
|
| L_STD_Q_027 | Methanesulphonic Acid (MSA) | Phinney, L. Environment Canada |
Q-AMS |
70 eV | Phinney, L., et. al. Deep Sea Research II 2006, 53(20-22), pgs.2410-2433 | Dilute MSA at 300nm 2000 p/cc |
 L_STD_Q_027_MSA.itx |
||
| L_STD_W_028 | Hexadecane | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_028_Hexadecane.itx |
|
| L_STD_W_029 | 1-Octadecanol | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_029_Octadecanol.itx |
|
| L_STD_W_030 | 1-Eicosanol | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in ethyl acetate |
 L_STD_W_030_Eicosanol.itx |
|
| L_STD_W_031 | 1-Docosanol | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in ethyl acetate |
 L_STD_W_031_Docosanol.itx |
|
| L_STD_W_032 | 1,2-Tetradecanediol | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_032_Tetradecanediol.itx |
|
| L_STD_W_033 | Pyrogallol | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_033_Pyrogallol.itx |
|
| L_STD_W_034 | Choleseterol | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_034_Cholesterol.itx |
|
| L_STD_W_035 | Decanoic Acid | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_035_DecanoicAcid.itx |
|
| L_STD_W_036 | Pentadecanoic Acid | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_036_PentadecanoicAcid.itx |
|
| L_STD_W_037 | Hexadecanoic Acid | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_037_HexadecanoicAcid.itx |
|
| L_STD_W_038 | Stearic Acid | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_038_StearicAcid.itx |
|
| L_STD_W_039 | Oleic Acid | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_039_OleicAcid.itx |
|
| L_STD_W_040 | Glutaric Acid | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_040_GlutaricAcid.itx |
|
| L_STD_W_041 | Adipic Acid | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_041_AdipicAcid.itx |
|
| L_STD_W_042 | Undecanedioic Acid | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_042_UndecanedioicAcid.itx |
|
| L_STD_W_043 | 15-Hydroxypentadecanoic Acid | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_043_HydroxypentadecanoicAcid.itx |
|
| L_STD_W_044 | Nonyl Aldehyde | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_044_NonylAldehyde.itx |
|
| L_STD_W_045 | Dioctyl Phthalate | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_045_DioctylPhthalate.itx |
|
| L_STD_W_046 | Lauroyl Peroxide | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_046_LauroylPeroxide.itx |
|
| L_STD_W_047 | Benzoyl Peroxide | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_047_BenzoylPeroxide.itx |
|
| L_STD_W_048 | Heptanoic Acid, anhydride | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_048_HeptanoicAcid.itx |
|
| L_STD_W_049 | Glutaric Anhydride | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_049_GlutaricAnhydride.itx |
|
| L_STD_W_050 | Levoglucosan | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_050_Levoglucosan.itx |
|
| L_STD_W_051 | 4-Aminobenzoic Acid | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_051_AminoBenzoicAcid.itx |
|
| L_STD_W_052 | N-Methylisatoic Anhydride | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_052_NMethylisatoicAnhydride.itx |
|
| L_STD_W_053 | Quinine | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_053_Quinine.itx |
|
| L_STD_W_054 | Bis-acrylamide | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_054_BisAcrylamide.itx |
|
| L_STD_W_055 | 3-Methyl-4-Nitrophenol | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_055_MethylNitroPhenol.itx |
|
| L_STD_W_056 | Trans-1,2-bis(4-pyridyl) Ethylene | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_056_TransBisPyridylEthylene.itx |
|
| L_STD_W_057 | Nicotinic Acid | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_057_NicotinicAcid.itx |
|
| L_STD_W_058 | 16-Hydroxyhexadecanoic Acid | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_058_HydroxyhexadecanoicAcid.itx |
|
| L_STD_W_059 | Dioctyl Sebacate | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_059_DioctylSebacate.itx |
|
| L_STD_W_060 | Pyrene | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_060_Pyrene.itx |
|
| L_STD_W_061 | Benzo[e]pyrene | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_061_BenzoEpyrene.itx |
|
| L_STD_W_062 | Fluoranthene | A.C. Aiken Jimenez - Colorado |
W-AMS |
70 eV | 600 | Aiken, A.C., et. al. Anal. Chem. 2007, 79, pgs.8350-8358 | under Ar, in isopropanol |
 L_STD_W_062_Fluoranthene.itx |
|
| L_STD_Q_063 | 2-Nonanone | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_063_2_Nonanone.itx |
| L_STD_Q_064 | Adipic acid | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_064_Adipic.itx |
| L_STD_Q_065 | Azelaic acid | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_065_Azelaic.itx |
| L_STD_Q_066 | Benzyl Alcohol | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_066_Benzylalcohol.itx |
| L_STD_Q_067 | Urea | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_067_Urea.itx |
| L_STD_Q_068 | Decylaldehyde(Decanal) | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_068_Decanal.itx |
| L_STD_Q_069 | Decanoic acid | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_069_Decanoic.itx |
| L_STD_Q_070 | Decanol | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_070_Decanol.itx |
| L_STD_Q_071 | Dyoctyl Sebacate (DOS) | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_071_DOS.itx |
| L_STD_Q_072 | Glutaric acid | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_072_Glutaric.itx |
| L_STD_Q_073 | Hexadecanol | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Fig, 4.5 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_073_Hexadecanol.itx |
| L_STD_Q_074 | Malonic acid | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_074_Malonic.itx |
| L_STD_Q_075 | Methylglyoxal | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_075_Methylglyoxal.itx |
| L_STD_Q_076 | Myristic | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Fig, 4.4 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_076_Myristic.itx |
| L_STD_Q_077 | p-Nitro Phenol | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Fig, 4.3 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_077_nitroPhenol.itx |
| L_STD_Q_078 | Nonylaldehyde(Nonanal) | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_078_Nonanal.itx |
| L_STD_Q_079 | Nonanoic acid | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_079_Nonanoic.itx |
| L_STD_Q_080 | Oleic acid | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_080_Oleic.itx |
| L_STD_Q_081 | Oxalic acid | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Fig, 4.6 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_081_Oxalic.itx |
| L_STD_Q_082 | Hexadecanoic acid (Palmitic) | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_082_Palmitic.itx |
| L_STD_Q_083 | Pyrene | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Fig, 4.2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_083_Pyrene.itx |
| L_STD_Q_084 | Octadecanoic acid (Stearic) | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_084_Stearic.itx |
| L_STD_Q_085 | Succinic acid | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_085_Succinic.itx |
| L_STD_Q_086 | Toluene | R. Alfarra - UMIST | Q-AMS | 70 eV | 500 | Alfarra, M.R., PhD Thesis, UMIST, Manchester, UK, 2004. | Appendix 2 | Comparison of AMS and NIST Mass Spectra |  L_STD_Q_086_Toluene.itx |
| L_STD_C_087 | alanine | Friederike Freutel Schneider - Mainz |
C-ToF 007 |
70 eV | 565 | Schneider, J., et al.,ACP 2011, 11, 11415-11429. Freutel., F., Masters Thesis, Univ. Mainz, 2009 |
Fig 2b |  L_STD_C_087_alanine.itx |
|
| L_STD_C_088 | cysteine | Friederike Freutel Schneider - Mainz |
C-ToF 007 |
70 eV | 564 | Schneider, J., et al.,ACP 2011, 11, 11415-11429. Freutel., F., Masters Thesis, Univ. Mainz, 2009 |
Fig 2e |  L_STD_C_088_cysteine.itx |
|
| L_STD_C_089 | glutamic_acid | Friederike Freutel Schneider - Mainz |
C-ToF 007 |
70 eV | 607 | Schneider, J., et al.,ACP 2011, 11, 11415-11429. Freutel., F., Masters Thesis, Univ. Mainz, 2009 |
Fig 2f |  L_STD_C_089_glutamic_acid.itx |
|
| L_STD_V_090 | glutathione | Friederike Freutel Schneider - Mainz |
HR-ToF 007 |
70 eV | 590 | Schneider, J., et al.,ACP 2011, 11, 11415-11429. Freutel., F., Masters Thesis, Univ. Mainz, 2009 |
Fig 2i |  L_STD_V_090_glutathione.itx |
|
| L_STD_C_091 | glycine | Friederike Freutel Schneider - Mainz |
C-ToF 007 |
70 eV | 563 | Schneider, J., et al.,ACP 2011, 11, 11415-11429. Freutel., F., Masters Thesis, Univ. Mainz, 2009 |
Fig 2a |  L_STD_C_091_glycine.itx |
|
| L_STD_C_092 | leucine | Friederike Freutel Schneider - Mainz |
C-ToF 007 |
70 eV | 591 | Schneider, J., et al.,ACP 2011, 11, 11415-11429. Freutel., F., Masters Thesis, Univ. Mainz, 2009 |
Fig 2d |  L_STD_C_092_leucine.itx |
|
| L_STD_C_093 | proline | Friederike Freutel Schneider - Mainz |
C-ToF 007 |
70 eV | 590 | Schneider, J., et al.,ACP 2011, 11, 11415-11429. Freutel., F., Masters Thesis, Univ. Mainz, 2009 |
Fig 2g |  L_STD_C_093_proline.itx |
|
| L_STD_C_094 | tryptophane | Friederike Freutel Schneider - Mainz |
C-ToF 007 |
70 eV | 580 | Schneider, J., et al.,ACP 2011, 11, 11415-11429. Freutel., F., Masters Thesis, Univ. Mainz, 2009 |
Fig 2h |  L_STD_C_094_tryptophane.itx |
|
| L_STD_C_095 | valine | Friederike Freutel Schneider - Mainz |
C-ToF 007 |
70 eV | 597 | Schneider, J., et al.,ACP 2011, 11, 11415-11429. Freutel., F., Masters Thesis, Univ. Mainz, 2009 |
Fig 2c |  L_STD_C_095_valine.itx |
|
| L_STD_C_096 | Glucose | Friederike Freutel Schneider - Mainz |
C-ToF 007 |
70 eV | 613 | Schneider, J., et al.,ACP 2011, 11, 11415-11429. Freutel., F., Masters Thesis, Univ. Mainz, 2009 |
Fig 5a |  L_STD_C_096_Glucose.itx |
|
| L_STD_C_097 | Glycogen | Friederike Freutel Schneider - Mainz |
C-ToF 007 |
70 eV | 560 | Schneider, J., et al.,ACP 2011, 11, 11415-11429. Freutel., F., Masters Thesis, Univ. Mainz, 2009 |
Fig 5e |  L_STD_C_097_Glycogen.itx |
|
| L_STD_V_098 | Levoglucosan | Friederike Freutel Schneider - Mainz |
HR-ToF 007 |
70 eV | 603 | Schneider, J., et al.,ACP 2011, 11, 11415-11429. Freutel., F., Masters Thesis, Univ. Mainz, 2009 |
Fig 5b |  L_STD_V_098_Levoglucosan.itx |
|
| L_STD_C_099 | Mannitol | Friederike Freutel Schneider - Mainz |
C-ToF 007 |
70 eV | 602 | Schneider, J., et al.,ACP 2011, 11, 11415-11429. Freutel., F., Masters Thesis, Univ. Mainz, 2009 |
Fig 5c |  L_STD_C_099_Mannitol.itx |
|
| L_STD_C_100 | Saccharose | Friederike Freutel Schneider - Mainz |
C-ToF 007 |
70 eV | 606 | Schneider, J., et al.,ACP 2011, 11, 11415-11429. Freutel., F., Masters Thesis, Univ. Mainz, 2009 |
Fig 5d |  L_STD_C_100_Saccharose.itx |
|
| L_STD_C_101 | Insulin | Friederike Freutel Schneider - Mainz |
C-ToF 007 |
70 eV | 587 | Schneider, J., et al.,ACP 2011, 11, 11415-11429. Freutel., F., Masters Thesis, Univ. Mainz, 2009 |
Fig 4 | dissolved in HCl peaks at 36 and 38 are HCl+ |
 L_STD_C_101_Insulin.itx |
| L_STD_C_102 | Casein | Friederike Freutel Schneider - Mainz |
C-ToF 007 |
70 eV | 597 | Schneider, J., et al.,ACP 2011, 11, 11415-11429. Freutel., F., Masters Thesis, Univ. Mainz, 2009 |
Fig 4 | Dissolved NaOh |  L_STD_C_102_Casein.itx |
| L_STD_C_103 | Atomized Monoethanolammonium nitrate | Caltech Seinfled Group | C-ToF | 70 eV | 550° C | S. M. Murphy et al., ACP 2007, 7, 2313-2337. | Fig. 2 | |
 L_STD_C_103_Monoethan_nitrate.itx |
| L_STD_C_104 | Atomized Methylammonium nitrate | Caltech Seinfled Group | C-ToF | 70 eV | 550° C | S. M. Murphy et al., ACP 2007, 7, 2313-2337. | Fig. 2 | |
 L_STD_C_104_MethylAmmon_nitrate.itx |
| L_STD_C_105 | Atomized Trimethylammonium nitrate | Caltech Seinfled Group | C-ToF | 70 eV | 550° C | S. M. Murphy et al., ACP 2007, 7, 2313-2337. | Fig. 2 | |
 L_STD_C_105_TMA.itx |
| L_STD_C_106 | Atomized Diethylammonium nitrate | Caltech Seinfled Group | C-ToF | 70 eV | 550° C | S. M. Murphy et al., ACP 2007, 7, 2313-2337. | Fig. 2 | |
 L_STD_C_106_diethylammon_nitrate.itx |
| L_STD_C_107 | Atomized Triethylammonium nitrate | Caltech Seinfled Group | C-ToF | 70 eV | 550° C | S. M. Murphy et al., ACP 2007, 7, 2313-2337. | Fig. 2 | |
 L_STD_C_107_TEA.itx |
Laboratory Spectra -- SOA
| Spectra ID | Source | Researcher/Group | AMS Instrument | EI Energy | Vaporizer Temp (oC) | Citation | Fig # | Comments | Data |
| L_SOA_Q_001 | α-pinene+O3(Dark) | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | Fig. 14a, pg. 5684 | deliq (NH4)2SO4 |  L_SOA_Q_001_a_pinene.itx |
| L_SOA_Q_002 | m-xylene | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | Fig. 14b, pg. 5684 | Photooxidation run with NOx |  L_SOA_Q_002_m_xylene.itx |
| L_SOA_Q_003 | cyclopentene + O3 (dark) | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | Fig. 14c, pg. 5684 | no seed |  L_SOA_Q_003_cyclopentene.itx |
| L_SOA_Q_004 | 1-methyl-cycloheptene + O3 (dark) | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | no seed |  L_SOA_Q_004_1meth_cycloheptene.itx |
|
| L_SOA_Q_005 | 1-methyl-cyclopentene + O3 (dark) | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | no seed |  L_SOA_Q_005_1meth_cyclopentene.itx |
|
| L_SOA_Q_006 | 1-methyl-cyclohexene + O3 (dark) | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | no seed |  L_SOA_Q_006_1meth_cyclohexene.itx |
|
| L_SOA_Q_007 | 3-methyl-cyclohexane + O3 (dark) | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | no seed |  L_SOA_Q_007_3meth_cyclohexene.itx |
|
| L_SOA_Q_008 | α-humulene + O3 (dark) | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | no seed |  L_SOA_Q_008_a_humulene.itx |
|
| L_SOA_Q_009 | α-terpinene + O3 (dark) | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | no seed |  L_SOA_Q_009_a_terpinene.itx |
|
| L_SOA_Q_010 | β-caryophyllene + O3 (dark) | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | no seed |  L_SOA_Q_010_b_caryophyllene.itx |
|
| L_SOA_Q_011 | β-pinene + O3 (dark) | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | no seed |  L_SOA_Q_011_b_pinene.itx |
|
| L_SOA_Q_012 | cycloheptene + O3 (dark) | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | no seed |  L_SOA_Q_012_cycloheptene.itx |
|
| L_SOA_Q_013 | cyclohexene + O3 (dark) | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | no seed |  L_SOA_Q_013_cyclohexene.itx |
|
| L_SOA_Q_014 | cyclooctene + O3 (dark) | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | no seed |  L_SOA_Q_014_cyclooctene.itx |
|
| L_SOA_Q_015 | linalool + O3 (dark) | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | dry (NH4)2SO4 seed |  L_SOA_Q_015_linalool.itx |
|
| L_SOA_Q_016 | Methylene cyclohexane + O3 (dark) | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | no seed |  L_SOA_Q_016_Methylenecyclhexane.itx |
|
| L_SOA_Q_017 | myrcene + O3 (dark) | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | dry (NH4)2SO4 seed |  L_SOA_Q_017_myrcene.itx |
|
| L_SOA_Q_018 | terpinolene + O3 (dark) | Roya Bahreini/ Seinfeld - Caltech |
Q-AMS 003 |
70 eV | 650 | Bahreini, R, et al. ES&T 2005, 39, 5674-5688. | dry (NH4)2SO4 seed |  L_SOA_Q_018_terpinolene.itx |
|
| L_SOA_Q_019 | Glyoxal (gas) + (NH4)2SO4 / H2SO4 aerosols | John Liggio Li - Environment Canada |
Q-AMS |
70 eV | 600 | Liggio, J., et al.,ES&T 2005, 39, 1532-1541. | Fig 4, pg. 1537 | Glyoxal oligomers in laboratory SOA study |  L_SOA_Q_019_glyoxal_Sulf.itx |
| L_SOA_Q_020 | Pinonaldehyde (gas) + (NH4)2SO4 / H2SO4 aerosols | John Liggio Li - Environment Canada |
Q-AMS |
70 eV | 600 | Liggio, J., et al.,GRL 2006, 33, L13808. | Fig 3, pg. 3 | pinonaldehyde oligomers and organo-sulfates in laboratory SOA study |  L_SOA_Q_020_Pinonald_Sulf.itx |
| L_SOA_Q_021 | α-Pinene +O3(Dark) | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | Fig 6a, pg.5681 | Dark Ozonolysis - Deliq. (NH4)2SO4 (spectra generated in the first 30-45 minutes after organic mass is observed) |  L_SOA_Q_021_apinene.itx |
| L_SOA_Q_022 | β-Caryophyllene +O3(Dark) | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | spectra generated in the first 30-45 minutes after organic mass is observed |  L_SOA_Q_022_bcaryophyllene.itx |
|
| L_SOA_Q_023 | α-humulene+O3 (Dark) | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | spectra generated in the first 30-45 minutes after organic mass is observed |  L_SOA_Q_023_ahumulene.itx |
|
| L_SOA_Q_024 | α-terpinene+O3 (Dark) | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | spectra generated in the first 30-45 minutes after organic mass is observed |  L_SOA_Q_024_aterpinene.itx |
|
| L_SOA_Q_025 | Terpinolene+O3(Dark) | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | Dry (NH4)2SO4 (spectra generated in the first 30-45 minutes after organic mass is observed) |  L_SOA_Q_025_Terpinolene.itx |
|
| L_SOA_Q_026 | Linalool+O3(Dark) | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | Dry(NH4)2SO4 (spectra generated in the first 30-45 minutes after organic mass is observed) |  L_SOA_Q_026_linalool.itx |
|
| L_SOA_Q_027 | Myrcene+O3(Dark) | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | Dry (NH4)2SO4 (spectra generated in the first 30-45 minutes after organic mass is observed) |  L_SOA_Q_027_Myrcene.itx |
|
| L_SOA_Q_028 | β-pinene+O3(Dark) | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | spectra generated in the first 30-45 minutes after organic mass is observed |  L_SOA_Q_028_bpinene.itx |
|
| L_SOA_Q_029 | Cyclopentene+O3(Dark) | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | spectra generated in the first 30-45 minutes after organic mass is observed |  L_SOA_Q_029_Cyclopentene.itx |
|
| L_SOA_Q_030 | Cyclooctene+O3(Dark) | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | spectra generated in the first 30-45 minutes after organic mass is observed |  L_SOA_Q_030_Cyclooctene.itx |
|
| L_SOA_Q_031 | 1-methylcyclopentene+O3(Dark) | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | spectra generated in the first 30-45 minutes after organic mass is observed |  L_SOA_Q_031_1_methylcyclopentene.itx |
|
| L_SOA_Q_032 | 1-methylcycloheptene+O3(Dark) | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | spectra generated in the first 30-45 minutes after organic mass is observed |  L_SOA_Q_032_1_methylcycloheptene.itx |
|
| L_SOA_Q_033 | methylcyclohexane+O3(Dark) | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | spectra generated in the first 30-45 minutes after organic mass is observed |  L_SOA_Q_033_methylcyclohexane.itx |
|
| L_SOA_Q_034 | 1-methylcyclohexene+O3(Dark) | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | spectra generated in the first 30-45 minutes after organic mass is observed |  L_SOA_Q_034_1_methylcyclohexene.itx |
|
| L_SOA_Q_035 | 3-methylcyclohexene+O3(Dark) | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | spectra generated in the first 30-45 minutes after organic mass is observed |  L_SOA_Q_035_3_methylcyclohexene.itx |
|
| L_SOA_Q_036 | cycloheptene+O3(Dark) | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | spectra generated in the first 30-45 minutes after organic mass is observed |  L_SOA_Q_036_cycloheptene.itx |
|
| L_SOA_Q_037 | cyclohexene+O3(Dark) | Roya Bahreini/ Seinfeld-Caltech |
Q-AMS |
70 eV | 650 | Bahreini, R. et al. ES&T 2005, 39, pgs.5674-5688 | spectra generated in the first 30-45 minutes after organic mass is observed |  L_SOA_Q_037_cyclohexene.itx |
|
| L_SOA_Q_038 | Diesel Generator Exhaust | Sage, A. M. Donahue/Robinson-Carnegie Mellon |
Q-AMS |
70 eV | 600 | Sage, A.M., et al. ACPD 2007, 7,pgs. 10065-10096 | Fig 2a, pg.10091 | Time 0 hr Organic MS of primary material (prior to turning lights on) |
 L_SOA_Q_038_Diesel_Exhaust_1_31Jan.itx |
| L_SOA_Q_039 | Diesel Generator Exhaust | Sage, A. M. Donahue/Robinson-Carnegie Mellon |
Q-AMS |
70 eV | 600 | Sage, A.M., et al. ACPD 2007, 7,pgs. 10065-10096 | Fig 2 , pg. 10091 | Total (primary+residual) organic MS recorded 2.25 hrs after lights were turned on. (indicated by yellow line in figure 2a) |
 L_SOA_Q_039_Diesel_Exhaust_2_31Jan.itx |
| L_SOA_Q_040 | Diesel Generator Exhaust | Sage, A. M.
Donahue/Robinson-Carnegie Mellon |
Q-AMS
|
70 e | 600 | Sage, A.M., et al. ACPD 2007, 7,pgs. 10065-10096 | Fig 2a, pg. 10091 |
Total (primary+residual) organic MS recorded 5.25 hrs after lights were
Turned on
(indicated by purple line in figure 2a) |
L_SOA_Q_040_Diesel_Exhaust_3_31Jan.itx |
| L_SOA_Q_041 | Diesel Generator Exhaust | Sage, A. M. Donahue/Robinson-Carnegie Mellon |
Q-AMS
|
70 eV | 600 | Sage, A.M., et al. ACPD 2007, 7,pgs. 10065-10096 | Fig 7, pg. 10096 | Organic MS of primary material (prior to turning lights on) in low mass esperiment |
L_SOA_Q_041_Diesel_Exhaust_1_31Mar.itx |
| L_SOA_Q_042 | Diesel Generator Exhaust | Sage, A. M. Donahue/Robinson-Carnegie Mellon |
Q-AMS |
70 eV | 600 | Sage, A.M., et al. ACPD 2007, 7,pgs. 10065-10096 | Fig. 7 , pg. 10096 | Total (primary+residual) organic MS recorded in low mass experiment 4 hrs after lights were turned on |  L_SOA_Q_042_Diesel_Exhaust_2_31Mar.itx |
| L_SOA_C_043 | SOA of 8 hr photooxidized trimethylamine, Caltech Environmental Chambers | Caltech Seinfled Group | C-ToF | 70 eV | 550° C | S. M. Murphy et al., ACP 2007, 7, 2313-2337. | Fig. 7 | This spectra is from the middle panel of Figure 7 |
 L_SOA_C_043_photooxidized_TMA.itx |
| L_SOA_C_043 | SOA of TMA with 3 hours of ozone exposure, Caltech Environmental Chambers | Caltech Seinfled Group | C-ToF | 70 eV | 550° C | S. M. Murphy et al., ACP 2007, 7, 2313-2337. | Fig. 7 | This spectra is from the bottom panel of Figure 7. |
 L_SOA_C_044_Ozone_exposed_TMA.itx |
Laboratory Spectra -- Heterogenously Oxidized Particles
| Spectra ID | Source | Researcher/Group | AMS Instrument | EI Energy | Vaporizer Temp (oC) | Citation | Fig # | Comments | Data |
| L_HOP_Q_001 | Methyl Oleate+O3 | Mochida, M.
Harvard |
Q-AMS
|
70 eV | Mochida, M. et al. AC&P 2006, 6, pgs.4851-4866 | Fig. 4b, pg.4857 |
L_HOP_Q_001_methyl_oleate_O3.itx |
||
| L_HOP_Q_002 | Oleic Acid+O3 | Katrib, Y.
Harvard |
Q-AMS
|
70 eV | 350 | Katrib Y. et al. J.Phys.Chem.A. 2004, 108, pgs.6686-6695 | Fig 5, pg.6690 | a. Oleic acid (see L_HOP_Q_002) b.Oleic acid +O3 exposure of 1.98X10-5atm·s c.Oleic acid +O3 exposure of 6.6X10-5atm·s |
L_HOP_Q_002_OleicO3.itx |
Laboratory Spectra -- Other
| Spectra ID | Source | Researcher/Group | AMS Instrument | EI Energy | Vaporizer Temp (oC) | Citation | Fig # | Comments | Data |
| L_OTH_Q_001 | CH2I2 + O3 (light) | Jose-Luis Jimenez/
Seinfeld - Caltech |
Q-AMS
003 |
70 eV | 800 | Jimenez, J-L. JGR 2003, 108, No. D10, 4318. | Fig. 8, pg. 5-7 |
L_OTH_Q_001_diiodomethane.pxp |
|
| L_OTH_Q_002 | Spark Soot
(contaminated by silicone) |
Silke Weimer
MPI Chemistry |
Q-AMS
007 |
70 eV | 440 | Schneider, J., et al., Int. J. Mass Spec. 2006 258, 37-49 | Fig. 3, pg. 42 | Paper text explains peaks for silicone |
L_OTH_Q_002_SparkSoot.itx |
| L_OTH_Q_003 | Fuel | Manjula Canagaratna
Worsnop - Aerodyne |
Q-AMS
|
70 eV | Canagaratna, M., et al., AS&T 2004, 38,pgs. 555-573 | Fig. 7c, pg. 569 |
L_OTH_Q_003_Fuel.itx |
||
| L_OTH_Q_004 | Lubricating Oil | Manjula Canagaratna
Worsnop - Aerodyne |
Q-AMS
|
70 eV | Canagaratna, M., et al., AS&T 2004, 38, pgs. 555-573 | Fig. 7b, pg. 569 |  L_OTH_Q_004_LubricatingOil.itx |
This page is maintained by Anne Handschy and Ingrid Ulbrich of the Jimenez Group at the University of Colorado.