aging_reactive.xlsx

	A	B	C	D	E	F	G	H	I	J
1	species name (preferred IUPAC name) checked	species name	synonym	formula	CAS n° (if relevant. if not:NR)	source of reactivity (from gas phase reactions) (Linked)	Outdoor sources (emissions from e.g. traffic and local wood burning and reactivity) (Linked)	type	reference for source identification	remarks
2		Chlor(oxo)azanoxid		ClNO2	13444-90-1	Y	Y			Cl precursor / photolyzed at long wavelengths such as HONO
3		chlorine		Cl2	7782-50-5	Y		mopping with bleach		It's likely that any chlorine bleaching will lead to gaseous molecular chlorine (which will then be the source of atomic chlorine if there is going to be any oxidant effect from bleaching
4		chlorine atom		Cl		Y		photochemistry, probably secondary product of bleach mopping		gas phase oxidation processes
5		chlorine monoxide		ClO	7791-21-1	Y
6		Criegees	Criegees		group of species	Y				gas phase oxidation processes
7	dinitrogen pentaoxide	dinitrogen pentaoxide		N2O5	10102-03-1	Y				important to consider (NO3+N2O5) since the partitioning will all depend on NO2 levels and temperature
8		Hydrogen peroxide		H2O2	7722-84-1	Y	Y			form ROS when enter the aqueous phase
9		hydroperoxyl		HO2	3170-83-0	Y		photochemistry		gas phase oxidation processes
10	Hydroxyl radical	Hydroxyl radical		OH	3352-57-6	Y		photochemistry	https://www.pnas.org/content/early/2013/07/25/1308310110	gas phase oxidation processes
11		hypochlorous acid		HOCl	7790-92-3	Y		mopping with bleach	http://dx.doi.org/10.1111/ina.12402	HOCl can be photolysed indoors and is a source of radicals
12		nitrate		NO3	14797-55-8	Y			https://pubs.acs.org/doi/10.1021/acs.estlett.8b00415	gas phase oxidation processes
13		Nitrous acid		HONO	7782-77-6	Y	Y		https://onlinelibrary.wiley.com/doi/abs/10.1111/ina.12316	HONO can be photolysed indoors and is a source of OH
14		peroxy radicals		RO2	group of species	Y		photochemistry		gas phase oxidation processes
15		Tetrachloroethene		C2Cl4	127-18-4	Y		mopping with bleach
16		Trichloromethane		CHCl3	67-66-3	Y		mopping with bleach		Not sure that CHCl3, C2Cl4 are directly involved in oxidation, just sources of oxidants.
17	trioxygen	trioxygen	ozone	O3	10028-15-6	Y	Y			gas phase oxidation processes. ozone is an oxidant and it is also a secondary source of OH
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