AMS Spectral Database (Unit Mass Resolution)

This page is a compliation of published spectra obtained with the Aerodyne Aerosol Mass Spectrometer. It complements the Database of High-Resolution AMS Spectra and the Capture Vaporizer database for the AMS.

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+).

AMS mass spectra database comparison panel as described in Jeon et al 2023 is available here. This tool compares user spectra to the spectra in this database (UMR), as well as HR and CV databases to find and score similarities.

Spectra are divided into several categories with respective ID labels:

source (S_*_xxx)
ambient (A_*_xxx)
ambient deconvolved (A_DEC_*_xxx)
laboratory standards (L_STD_*_xxx)
laboratory SOA (L_SOA_*_xxx)
laboratory HOP (L_HOP_*_xxx,and
laboratory other (L_OTH_*_xxx)

as presented in the tables below, in which * indicates the version of the instrument (AQ, AT, Q, C, V, and W) and xxx is the ID. Spectra are grouped by type of instrument within each category. The spectra have been added in an arbitrary order, so it may be fastest to search the text if you're looking for something specific.

AQ = Air Quality ACSM
AT = ToF-ACSM
Q = Quad-AMS
C = C-ToF-AMS
V = HR-ToF V-Mode
W = HR-ToF W-Mode
M = Multiple Instruments (averaged spectra)

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

Freutel., F., Masters Thesis, Univ. Mainz, 2009 Freutel., F., Masters Thesis, Univ. Mainz, 2009 Freutel., F., Masters Thesis, Univ. Mainz, 2009 Freutel., F., Masters Thesis, Univ. Mainz, 2009

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_020_Continental_Org.itx
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_021_Organic_Org.itx
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_022_Ship_Org.itx
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_023_Marine_Org.itx
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_024_Continental.itx
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_025_Organic.itx
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_026_Ship.itx
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_027_Marine.itx
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_V_028_OOA1.itx
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_V_029_OOA2.itx
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_V_030_91Fac.itx
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_V_031_82Fac.itx
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_032_HOA.itx
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_033_LVOOA.itx
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_C_034_SVOOA.itx
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_035_BBOA.itx
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_036_COA.itx
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_037_HOA.itx
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_038_LV_OOA.itx
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_W_039_OOA2_BBOA.itx
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.	Fig 1a, pg. 5687	Atlanta Summer 2011	A_DEC_AQ_040_HOA.itx
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.	Fig 1a, pg. 5687	Atlanta Summer 2011	A_DEC_AQ_041_IEPOXOA.itx
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.	Fig 1a, pg. 5687	Atlanta Summer 2011	A_DEC_AQ_042_LVOOA.itx
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.	Fig 1a, pg. 5687	Atlanta Summer 2011	A_DEC_AQ_043_SVOOA.itx
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 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_047_SVOOA_EUCAARI_media.itx
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_048_LVOOA_EUCAARI_media.itx
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_049_HOA_EUCAARI_median.itx
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_M_050_BBOA_EUCAARI_median.itx
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_051_LV-OOA.itx
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_052_SV-OOA.itx
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_053_COA.itx
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_054_HOA.itx
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_055_Sawmill_SOA.itx
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_056_amine_58.itx
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_057_amine_86.itx
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_C_058_amine_100.itx
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_059.itx
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_060.itx
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_Q_061.itx
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_062.itx
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_063.itx
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_064.itx
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	A_DEC_ToF_065.itx
A_DEC_AT_066_HO-OOA A_DEC_AT_067_MO-OOA A_DEC_AT_068_LO-OOA A_DEC_AT_069_A_BBOA A_DEC_AT_070_COA A_DEC_AT_071_HOA	HO-OOA MO-OOA LO-OOA A_BBOA COA HOA	Emily Franklin Farmer – Colorado State	ACSM ToF	70 eV	600	Franklin et al., In Prep 2024		FROG-NY Aeromma Ground Site, Mineola NY	A_DEC_AT_066-071.itx

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
L_STD_V_108	3-Nitroindole standard	A. B. Dalton, L. M. Wingen, S. A. Nizkorodov, Nizkorodov Group UC Irvine	V-ToF	70ev	600	ACS Physical Chemistry Au, 2024	Fig 3	atomized from methanol in air, then dried	L_STD_V_108.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.