Table 2. Initial Conditions and SOA Yields Obtained From This Study Compared With Results From Other Dark Ozonolysis Experiments						
Temperature, K	RH, %	DeltaHC, ppb	DeltaMo, microng m-3	OH Scavenger	SOA Mass Yield, %a	Reference
3-carene						
  293	6.5	90 +/- 3	271 +/- 4	cyclohexane	54 +/- 2	this work
  306			63	2-butanol	13	[Yu et al., 1999a]
  306-310			6-64	2-butanol	8-13	[Griffin et al., 1999]
  290			390	none	76	[Hoffmann et al., 1997]
alpha-terpinene						
  293	3.4	61 +/- 1	164 +/- 1	cyclohexane	47 +/- 1	this work
beta-caryophyllene						
  293	6.2	88 +/- 4	336 +/- 3	cyclohexane	45 +/- 2	this work
  287-290	80-85			none	39	[Jaoui et al., 2003]b
alpha-humulene						
  293	4.5	111 +/- 6	415 +/- 3	cyclohexane	45 +/- 3	this work
alpha-pinene						
  292	4.1	186 +/- 8	417 +/- 5	cyclohexane	41 +/- 2	this work
  306-308			40-65	2-butanol	16-19	[Yu et al., 1999a]
  306-308				none	16	[Winterhalter et al., 2003]
  303-310			8-65	2-butanol	8-19	[Griffin et al., 1999]
  319-322			38-154	none	14-23	[Hoffmann et al., 1997]
  289			341	none	67	[Hoffmann et al., 1997]
terpinolene						
  293	5.5	112 +/- 3	124 +/- 2	cyclohexane	20 +/- 1	this work
beta-pinene						
  293	6.3	180 +/- 4	174 +/- 3	cyclohexane	17 +/- 1	this work
  306-307			11-19	2-butanol	4-8	[Yu et al., 1999a]
  306-308			12-80	2-butano	0-5	[Griffin et al., 1999]
  292			97	none	32	[Hoffmann et al., 1997]
  293-295				none	26	[Jaoui and Kamens, 2003]c
myrcene						
  293	6.7	98 +/- 3	61 +/- 2	cyclohexane	11 +/- 1	this work
methyl chavicol						
  292	4.5	101 +/- 3	40 +/- 2	cyclohexane	6 +/- 0.4	this work
linalool						
  292	4.0	106 +/- 5	8 +/- 2	cyclohexane	1 +/- 0.2	this work
  290			39.5	none	8	[Hoffmann et al., 1997]
aSOA yields are expressed on a percent mass basis, using the ratio of microng organic aerosol m-3 to microng terpene m-3, and assuming an aerosol density of 1.25 g cm-3.						
bPercent molar yield from 16 July 2000 experiment, with air temperatures most similar to the work reported here.						
cThese experiments were performed in the daylight in the presence of NOx.