File	Dig.	Acc.	Reference	Reference	Date	Fig./	Category	Sub-Category	Fuel	Oxidizer	Diluent / Additive	Po	To	ER	% Diluent	Comments
at105a	Y	Y	a_vasi80	Vasil'ev A.A. and Grigor'ev V.V.	1980	5	critical energy	"cylindrical, high explosive"	C2H2	Air		30.4-101.3	293	1		not GO-NO GO data; interpreted data; not sure about conversion
at108a	Y	Y	h_frei62	Freiwald H. and Koch H. W.	1962	7	critical energy	high explosive	C2H2	Air		101.3	293	.7-4.1		not really data
at108b	Y	Y	s_koga65	Kogarko S.M. et al.	1965	T. 2	critical energy	"spherical, high explosive"	C2H2	Air		101.3	293	1		
at109a	Y	Y	d_bull78	Bull D.C.	1978	T. 1	critical energy	"spherical, high explosive"	C2H4	Air		101.3	293	1		
at109b	Y	Y	d_bull79a	Bull D.C.	1979	4	critical energy	"spherical, high explosive"	C2H4	Air		101.3	293	0.8		Pfortner private communication
at109c	Y	Y	t_hiki75	Hikita T. et al.	1975		critical energy	"spherical, high explosive"	C2H4	Air		101.3	293	1.2		"digitized from Bull (79), d_bull79a"
at115	Y	Y	p_wola81	Wolanski P. et al.	1981	6	critical energy	planar	CH4	Air		101.3	293	.8-1.4		
at123a	Y	Y	a_mace63	Macek A.	1963	4	critical energy	"spherical, exploding wire"	H2	O2	CH4	101.3	297	0.82	0-5	
at123b	Y	Y	a_mace63	Macek A.	1963	4	critical energy	"spherical, exploding wire"	H2	O2	CH3Cl	101.3	297	0.82	.7-5	
at123d	Y	Y	a_mace63	Macek A.	1963	4	critical energy	"spherical, exploding wire"	H2	O2	CCl4	101.3	297	0.82	1-5	
at123e	Y	Y	a_mace63	Macek A.	1963	4	critical energy	"spherical, exploding wire"	H2	O2	CHCl3	101.3	297	0.82	1-5	
at123f	Y	Y	a_mace63	Macek A.	1963	4	critical energy	"spherical, exploding wire"	H2	O2	Cl2	101.3	297	0.82	5	
at124a	Y		a_mace63	Macek A.	1963	2	critical energy	"spherical, exploding wire"	"H2, CH4"	O2		101.3	297	0.82	?	
at124b	Y	Y	a_mace63	Macek A.	1963	2	critical energy	"spherical, exploding wire"	H2	O2	C2H6	101.3	297	0.82	1-5	
at124c	Y	Y	a_mace63	Macek A.	1963	2	critical energy	"spherical, exploding wire"	H2	O2	i-C4H10	101.3	297	0.82	2	
at124d	Y	Y	a_mace63	Macek A.	1963	2	critical energy	"spherical, exploding wire"	H2	O2	n-C4H10	101.3	297	0.82	1-3	
at124e	Y	Y	a_mace63	Macek A.	1963	2	critical energy	"spherical, exploding wire"	H2	O2	C3H8	101.3	297	0.82	2-4	
at126a	Y	Y	a_mace63	Macek A.	1963	3	critical energy	"spherical, exploding wire"	H2	O2	Isobutene	101.3	297	0.82	.5-1.5	
at126b	Y	Y	a_mace63	Macek A.	1963	3	critical energy	"spherical, exploding wire"	H2	O2	Trans-butene-2	101.3	297	0.82	.5-2	
at126c	Y	Y	a_mace63	Macek A.	1963	3	critical energy	"spherical, exploding wire"	H2	O2	Propylene	101.3	297	0.82	1-2	
at126d	Y	Y	a_mace63	Macek A.	1963	3	critical energy	"spherical, exploding wire"	H2	O2	Butene-1	101.3	297	0.82	2-3	
at126e	Y	Y	a_mace63	Macek A.	1963	3	critical energy	"spherical, exploding wire"	H2	O2	Ethylene	101.3	297	0.82	1-4	
at128a	Y	Y	r_stre69b	Strehlow R.A. and Engel C.D.	1969	5a	cell size	width	CH4	O2	Ar	15.2-50.7	293	1	50	
at128b	Y	Y	r_stre69b	Strehlow R.A. and Engel C.D.	1969	5a	cell size	width	C2H4	O2		4.1-15.2	293	1		
at128c	Y	Y	r_stre69b	Strehlow R.A. and Engel C.D.	1969	5a	cell size	width	C2H4	O2	Ar	4.1-35.5	293	1	50	
at128d	Y	Y	r_stre69b	Strehlow R.A. and Engel C.D.	1969	5a	cell size	width	C2H4	O2	Ar	12.2-70.9	293	1	75	
at129c	Y	Y	r_stre69b	Strehlow R.A. and Engel C.D.	1969	5b	cell size	width	C2H2	O2		1.5-101.3	293	1		"marked as from ref. 8, but apparently original"
at129e	Y	Y	r_stre69b	Strehlow R.A. and Engel C.D.	1969	5b	cell size	width	C2H2	O2		1.5-18.2	293	0.625		
at129f	Y	Y	r_stre69b	Strehlow R.A. and Engel C.D.	1969	5b	cell size	width	C2H2	O2	He	20.3-40.5	293	1	75	
at133	Y	Y	w_pusc62	Pusch W. and Wagner H.G.	1962	9	minimum tube		CH4	O2		101.3	293	0.3 - 1.5		
at137g	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	2	critical tube		C2H4	O2		14.6-101.3	293	1		
at137h	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	2	critical tube		C2H6	O2		30-203	293	1		
at137i	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	2	critical tube		C3H8	O2		23-96	293	1		
at137j	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	2	critical tube		C3H6	O2		20-132	293	1		
at139a	Y	Y	d_bull82b	Bull D.C. et al.	1982	4	cell size	length	C2H6	O2		3-30	293	1		
at139b	Y	Y	d_bull82b	Bull D.C. et al.	1982	4	cell size	length	C2H6	O2	N2	10-40.5	293	1	44	
at139c	Y	Y	d_bull82b	Bull D.C. et al.	1982	4	cell size	length	C2H6	O2	N2	10-40.5	293	1	61	
at139d	Y	Y	d_bull82b	Bull D.C. et al.	1982	4	cell size	length	C2H6	O2	N2	40.5	293	1	70	
at139e	Y	Y	d_bull82b	Bull D.C. et al.	1982	4	cell size	length	C2H6	Air		60.8-101.3	293	1		used by Moen et al. (84)
at13a	Y	Y	r_knys84	Knystautas R. et al.	1984	1	cell size	width	CH4	Air		101.3	293	1		
at13b	Y	Y	r_knys84	Knystautas R. et al.	1984	1	cell size	width	C2H4	Air		101.3	293	0.5 - 2.2		
at13d	Y	Y	r_knys84	Knystautas R. et al.	1984	1	cell size	width	C2H6	Air		101.3	293	0.8 - 1.3		see also Moen 1984 data
at13e	Y	Y	r_knys84	Knystautas R. et al.	1984	1	cell size	width	C3H8	Air		101.3	293	0.6 - 1.7		
at13f	Y	Y	r_knys84	Knystautas R. et al.	1984	1	cell size	width	C4H10	Air		101.3	293	0.7 - 1.5		
at14	Y	Y	g_cicc94	Ciccarelli et al.	1994	2	cell size	width	H2	Air		100	300	.5-3.3		
at140a	Y	Y	d_bull82b	Bull D.C. et al.	1982	3	cell size	length	C2H2	Air		8.1-101.3	293	1		
at140b	Y	Y	d_bull82b	Bull D.C. et al.	1982	3	cell size	length	C2H4	Air		30.4-101.3	293	1		
at143a	Y	Y	r_knys82	Knystautas R. et al.	1982	5	critical tube		C2H6	O2	N2	101.3	293	1	16 - 64	
at143b	Y		d_bull82b	Bull D.C.	1982	T. 2	critical tube		C2H6	Air		100		1		used by Knystautas et al. (1982)
at147a	Y	Y	r_knys82	Knystautas R. et al.	1982	9	critical tube		CH4	O2	N2	101.3	293	1	36.2	
at147b	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	4	critical tube		CH4	O2		101.3	293	1.3	0	
at147c	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	4	critical tube		CH4	O2	N2	101.3	293	1.3	23	
at147d	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	4	critical tube		CH4	O2	N2	101.3	293	1.3	50	
at148a	Y	Y	r_knys82	Knystautas R. et al.	1982	10	cell size	width	C2H2	O2		1.3-13.3	293	1		presented as critical tube data
at149a	Y	Y	r_knys82	Knystautas R. et al.	1982	13	cell size	width	C2H4	O2		1.3-13.3	293	1		
at15	Y	Y	g_cicc94	Ciccarelli et al.	1994	3	cell size	width	H2	Air		100	500	.35-2.4		
at150a	Y	Y	r_knys82	Knystautas R. et al.	1982	11	cell size	width	C2H2	O2		2-12	293	2.5		presented as critical tube data
at150b	Y	Y	r_knys82	Knystautas R. et al.	1982	11	cell size	width	C2H2	O2		2-12	293	2.5		Murray private communication data
at151	Y	Y	r_knys82	Knystautas R. et al.	1982	12	cell size	width	C2H2	O2		2.7-13.3	293	0.625		presented as critical tube data
at152	Y	Y	r_knys82	Knystautas R. et al.	1982	14	cell size	width	C2H6	O2		4-13.3	293	1		
at153	Y	Y	r_knys82	Knystautas R. et al.	1982	15	cell size	width	C3H6	O2		4-12	293	1		presented as critical tube data
at154a	Y	Y	r_knys82	Knystautas R. et al.	1982	16	cell size	width	C3H8	O2		2.7-13.3	293	1		presented as critical tube data
at154b	Y	Y	r_knys82	Knystautas R. et al.	1982	16	cell size	width	C4H10	Air		6.7-13.3	293	1		presented as critical tube data
at157a	Y	Y	i_moen84	Moen I.O. et al.	1984	5	cell size	width	CH4	Air		92.5	293	1		
at157c	Y	Y	i_moen84	Moen I.O. et al.	1984	5	cell size	width	C2H4	Air		92.5	293	0.55-1.1		
at157e	Y	Y	d_bull82b	Bull D.C. et al.	1982	T. 2	cell size	width	C2H4	Air		101.3	293	1		used by Moen et al. (84)
at157f	Y	Y	i_moen84	Moen I.O. et al.	1984	5	cell size	width	C2H4	Air		92.5	293	1		Borisov private communication
at157h	Y	Y	i_moen84	Moen I.O. et al.	1984	5	cell size	width	C2H6	Air		92.5	293	1.0-1.3		
at157j	Y	Y	d_bull82b	Bull D.C. et al.	1982	T. 2	cell size	width	C2H6	Air		101.3	293	1		
at157k	Y	Y	i_moen84	Moen I.O. et al.	1984	5	cell size	width	C3H8	Air		92.5	293	0.75-1.62		
at157l	Y	Y	d_bull82b	Bull D.C. et al.	1982	T. 2	cell size	width	C2H2	Air		101.3	293	1		
at157m	Y	Y	d_bull82b	Bull D.C. et al.	1982	T. 2	cell size	width	C3H8	Air		101.3	293	1		relative to H2-Air
at158	Y	Y	s_murr84	Murray S.B. and Lee J.H.	1984	2	cell size	width	C2H4	Air		101.3	293	.5-1.1		Private Communication from Knystautas
at16	Y	Y	g_cicc94	Ciccarelli et al.	1994	4	cell size	width	H2	Air		100	650	.26-2.4		
at161a	Y	Y	p_baue84	Bauer P.	1984	5	critical tube		CH4	O2	N2	400-2200	293	1.08	31.9	
at161b	Y	Y	p_baue84	Bauer P.	1984	5	critical tube		CH4	O2	N2	200-1200	293	1.09	54.9	
at161c	Y	Y	p_baue84	Bauer P.	1984	5	critical tube		CH4	O2	N2	200-1100	293	1.15	64.3	
at161d	Y	Y	p_baue84	Bauer P.	1984	5	critical tube		CH4	O2	N2	500-1900	293	1.09	67.7	
at162a	Y	Y	p_baue84	Bauer P.	1984	3	critical tube		C2H4	O2	N2	350-880	293	3	71.4	check these against the reference
at162b	Y	Y	p_baue84	Bauer P.	1984	3	critical tube		C2H4	O2	N2	150-600	293	3	67.2	check these against the reference
at162c	Y	Y	p_baue84	Bauer P.	1984	3	critical tube		C2H4	O2	N2	100-400	293	3	60.1	check these against the reference
at163a	Y	Y	p_baue84	Bauer P.	1984	4	critical tube		C2H4	O2	N2	100	293	1.05	69-79	
at163c	Y		p_baue84	Bauer P.	1984	4	critical tube		C2H4	O2	N2	100	293	1.5	60-72	use at66c
at166a	Y	Y	d_edwa78	Edwards D.H. et al.	1978	12	cell size	width	C2H2	O2		2-9.3	293	1	0	cells of a spherical wave
at166b	Y	Y	d_desb86b	Desbordes D. and Vachon M.	1986	2	cell size	width	C2H2	O2		4.1-12.2	293	1		"actually Coulonnier data, but the reference is missing!"
at166c			d_desb86b	Desbordes D. and Vachon M.	1986	2	cell size	width	C2H2	O2		2.5-16.2	293	1		these data reproduced and extended in Desbordes (88)
at169a	Y	Y	j_libo75	Libouton J.C. et al.	1975	4	cell size	length	18.46CO+H2	O2	Ar	4.7-40	293	1	30	
at169b	Y	Y	j_libo75	Libouton J.C. et al.	1975	4	cell size	length	18.46CO+H2	O2	11.88Ar+CF3Cl	9.3-26.7	293	1	30	
at169c	Y	Y	j_libo75	Libouton J.C. et al.	1975	4	cell size	length	18.46CO+H2	O2	11.88Ar+CF2Cl2	 8-33.3 	293	1	30	
at169d	Y	Y	j_libo75	Libouton J.C. et al.	1975	4	cell size	length	18.46CO+H2	O2	11.88Ar+CFCl3	13.3-40	293	1	30	
at169e	Y	Y	j_libo75	Libouton J.C. et al.	1975	4	cell size	length	18.46CO+H2	O2	11.88Ar+CF3Br	22.7-33.3	293	1	30	
at170a	Y	Y	s_ties91	Tieszen S.R. et al.	1991	6	cell size	width	Hexylnitrate	Air		101.3	373	.4-2		
at170b	Y	Y	s_ties91	Tieszen S.R. et al.	1991	6	cell size	width	Nitrohexane	Air		101.3	373	0.7		
at170c	Y	Y	s_ties91	Tieszen S.R. et al.	1991	6	cell size	width	Nitroethane	Air		101.3	373	.35-1.0		
at171a	Y	Y	s_ties91	Tieszen S.R. et al.	1991	T.3	cell size	width	CH4	Air		101.3	298-373	1		
at171b	Y	Y	s_ties91	Tieszen S.R. et al.	1991	T.3	cell size	width	C2H6	Air		101.3	298-373	1		
at172a	Y	Y	s_ties91	Tieszen S.R. et al.	1991	T. 3	cell size	width	C2H2	Air		101.325	298-373	1		
at172b	Y	Y	s_ties91	Tieszen S.R. et al.	1991	T.6	cell size	width	"n-octane, C8H18"	Air		101.3	373	1		
at172c	Y	Y	s_ties91	Tieszen S.R. et al.	1991	T.6	cell size	width	1-Octene	Air		101.3	373	1		
at172d	Y	Y	s_ties91	Tieszen S.R. et al.	1991	T.3	cell size	width	C2H4	Air		101.3	298-373	1		
at172e	Y	Y	s_ties91	Tieszen S.R. et al.	1991	T.6	cell size	width	"1,7-Octadiene"	Air		101.3	373	1		
at172f	Y	Y	s_ties91	Tieszen S.R. et al.	1991	T.6	cell size	width	Octyne	Air		101.3	373	1		
at172g	Y	Y	s_ties91	Tieszen S.R. et al.	1991	T.6	cell size	width	"1,7-Octadiyne"	Air		101.3	373	1		
at172h	Y	Y	s_ties91	Tieszen S.R. et al.	1991	T.3	cell size	width	C3H8	Air		101.3	"298, 373"	1		
at172i	Y	Y	s_ties91	Tieszen S.R. et al.	1991	T.6	cell size	width	C6H14	Air		101.3	373	1		
at172j	Y	Y	s_ties91	Tieszen S.R. et al.	1991	3	cell size	width	JP4	Air		101.3	373	1		
at172k	Y	Y	s_ties91	Tieszen S.R. et al.	1991	T.6	cell size	width	C10H22	Air		101.3	373	1		
at172l	Y	Y	s_ties91	Tieszen S.R. et al.	1991	T.6	cell size	width	"2,2,4-Trimethylpentane"	Air		101.3	373	1		
at172m	Y	Y	s_ties91	Tieszen S.R. et al.	1991	T.6	cell size	width	"Cyclooctane, C8H18"	Air		101.3	373	1		
at172n	Y	Y	s_ties91	Tieszen S.R. et al.	1991	T.6	cell size	width	Cis-Cyclooctene	Air		101.3	373	1		
at172o	Y	Y	s_ties91	Tieszen S.R. et al.	1991	T.6	cell size	width	Pentyl Ether	Air		101.3	373	1		
at172p	Y	Y	s_ties91	Tieszen S.R. et al.	1991	T.6	cell size	width	"1,2-Epoxydecane"	Air		101.3	373	1		
at176a	Y	Y	h_bees91	Beeson H.D. et al.	1991	7a	cell size	width	CH4	Air		101.3	293	1		
at177a	Y	Y	h_bees91	Beeson H.D. et al.	1991	7b	critical energy	spherical	CH4	Air		101.3	293	1		
at181a	Y	Y	r_knys88	Knystautas R. and Lee J.H.	1988	8	critical energy	"spherical, spark"	H2	Cl2		8	293	1		
at181b	Y	Y	r_knys88	Knystautas R. and Lee J.H.	1988	8	critical energy	"spherical, spark"	H2	Cl2		16	293	1		
at182a	Y	Y	r_knys88	Knystautas R. and Lee J.H.	1988	7	cell size	width	H2	Cl2		2.1-24.0	293	0.56		
at182b	Y	Y	r_knys88	Knystautas R. and Lee J.H.	1988	7	cell size	width	H2	Cl2		2.1-24.0	293	0.67		
at182c	Y	Y	r_knys88	Knystautas R. and Lee J.H.	1988	7	cell size	width	H2	Cl2		2.1-24.0	293	1.5		
at182d	Y	Y	r_knys88	Knystautas R. and Lee J.H.	1988	7	cell size	width	H2	Cl2		2.1-24.0	293	1		
at184a	Y	Y	m_pedl88	Pedley M.D. et al.	1988	6	cell size	width	CH4	O2		7-13	293	1		
at184b	Y	Y	m_pedl88	Pedley M.D. et al.	1988	6	cell size	width	C2H2	O2		1.3-13	293	1		
at187a	Y	Y	d_desb88	Desbordes D.	1988	2	cell size	width	C2H2	O2		2.5-18.2	293	1		
at187b	Y	Y	d_desb88	Desbordes D.	1988	2	cell size	width	C2H2	O2	Ar	4.1-13.2	293	1	22.2	
at187c	Y	Y	d_desb88	Desbordes D.	1988	2	cell size	width	C2H2	O2	Ar	4.1-45.6	293	1	50	
at187d	Y	Y	d_desb88	Desbordes D.	1988	2	cell size	width	C2H2	O2	Ar	0.1-0.4	293	1	75	
at189	Y	Y	m_lefe93	Lefebvre M.H. et al.	1993	3	cell size	length	H2	O2	Ar+CF3H	26.7	293	1	50	
at19	Y	Y	w_bene84	Benedick W.B. et al.	1984	2	cell size	width	H2	Air		82.7	293	.5-.7		
at190a			s_abid91	Abid S. et al.	1991	10	cell size		UDMH	O2		1.3-5.2	293	1UDMH-4O2		
at190b			s_abid91	Abid S. et al.	1991	10	cell size		UDMH	O2	Ar	2-8	293	1UDMH-4O2	50	UDMH - C2N2H8?
at190c			s_abid91	Abid S. et al.	1991	11	cell size		UDMH	O2	Ar	4-5.5	293	1UDMH-4O2	75	UDMH-Unsymmetrical Dimethylhydrazine
at192a	Y	Y	s_abid91	Abid S. et al.	1991	11	cell size	width	CH4	O2		6.5-12	293	1		
at192b	Y	Y	s_abid91	Abid S. et al.	1991	11	cell size	width	C2H4	O2		1.2-14	293	1		
at192c			s_abid91	Abid S. et al.	1991	11	cell size		N2H4	O2		1.2-13	293	1N2H4-1O2		
at192d			s_abid91	Abid S. et al.	1991	11	cell size		N2H4			.65-2.5	293			
at192e			s_abid91	Abid S. et al.	1991	11	cell size		C3H8	O2		2.5-11	293	1		
at192f			s_abid91	Abid S. et al.	1991	11	cell size		UDMH	O2		2-5	293	1UDMH-8O2		
at192h			s_abid91	Abid S. et al.	1991	11	cell size		H2	O2		5-20	293	1		
at192i			s_abid91	Abid S. et al.	1991	11	cell size		C2H2	O2		1-10	293	1		
at193a	Y	Y	m_amin93	Aminallah M. et al.	1993	11	cell size	length	CH4	O2		120	293	0.7-1.3		
at193b	Y	Y	m_amin93	Aminallah M. et al.	1993	11	cell size	width	CH4	O2		120	293	0.7-1.3		
at194			m_amin93	Aminallah M. et al.	1993	12	cell size		xCH4+(1-x)C3H8	(5-3x)O2		30.4-121.6	293	"x=0, 0.6, 0.8, 0.9, 1"		
at194a	Y	Y	p_baue85	Bauer P.	1985		cell size	length	CH4	O2		101.3	293	1		digitized from Aminallah (93)
at194b	Y	Y	d_bull82b	Bull D. C. et al.	1982	T. 1	cell size	length	CH4	O2		101.3	293	1		
at194c	Y	Y	m_amin93	Aminallah M. et al.	1993	12	cell size	length	CH4	O2		90-120	293	1		
at195b	Y		d_bull76	Bull D.C. et al.	1976	2	critical energy	"spherical, high explosive"	CH4	O2		106	283	1		"mixtures saturated with water, extrapolated"
at195c	Y	Y	j_nich79	Nicholls J.A. et al.	1979	5	critical energy	"cylindrical, high explosive"	CH4	O2		101.3	298	1		"extrapolated, computed from sector data"
at195d	Y	Y	m_amin93	Aminallah M. et al.	1993	6	critical energy	"cylindrical, exploding wire"	CH4	O2		100	293	.7-1.3		
at195e	Y	Y	m_amin93	Aminallah M. et al.	1993	6	critical energy	"cylindrical, exploding wire"	CH4	O2		120	293	.7-1.3		"go, but not no-go"
at196			m_amin93	Aminallah M. et al.	1993	8	critical energy	exploding wire	xCH4+(1-x)C3H8	(5-3x)O2	zN2	20-150	293	"x=0.6, 0.8, 0.95, 1"	"z=0, 0.5"	
at196a			m_amin93	Aminallah M. et al.	1993	8	critical energy	exploding wire	CH4	O2		60-140	293	1		"cylindrical mode, central and apex ignition"
at197a	Y	Y	d_desb93	Desbordes D. et al.	1993	2	cell size	width	C2H2	O2	He	0.13-1	293	1	75	
at197b	Y	Y	d_desb93	Desbordes D. et al.	1993	2	cell size	width	C2H2	O2	Ar	0.13-1	293	1	75	
at197c	Y	Y	d_desb93	Desbordes D. et al.	1993	2	cell size	width	C2H2	O2	Kr	0.13-1	293	1	75	
at198a	Y	Y	d_desb93	Desbordes D. et al.	1993	3	cell size	width	C2H2	O2	He	0.13-1	293	1	81	
at198b	Y	Y	d_desb93	Desbordes D. et al.	1993	3	cell size	width	C2H2	O2	Ar	0.13-1	293	1	81	
at198c	Y	Y	d_desb93	Desbordes D. et al.	1993	3	cell size	width	C2H2	O2	Kr	0.13-1	293	1	81	
at198d	Y	Y	d_desb93	Desbordes et al.	1993	3	cell size	width	C2H2	O2		13.3	293	1		
at199a	Y	Y	s_labe93	Laberge S. et al.	1993	3	cell size	width	CH4	O2		8-26.7	293	1		
at199c	Y	Y	s_labe93	Laberge S. et al.	1993	3	cell size	width	C2H2	O2		1.3-13.3	293	1		presented as critical tube data
at199d	Y	Y	s_labe93	Laberge S. et al.	1993	3	cell size	width	C2H2	O2		1.3-13.3	293	2.5		presented as critical tube data
at200c	Y	Y	i_moen81	Moen I.O. et al.	1981	5	critical tube		C2H4	O2	N2	101.3	293	1	0-70	
at203	Y	Y	i_moen82	Moen I.O. et al.	1982	4	cell size	width	C2H4	Air		92.5	293	0.6-1.1		only averaged cell widths reported - dominant bands also used
at209a	Y	Y	d_desb73	Desbordes D.	1973		critical energy	cylindrical	CH4	O2		100	293	1		Used by Aminallah
at209b	Y		j_nich79	Nicholls J.A. et al.	1979	?	critical energy	"cylindrical, exploding wire?"	CH4	O2			293			Used by Aminallah
at20a	Y	Y	a_rinn82	Rinnan A.	1982	2	critical tube		C2H2	Air		101.3	293	0.45-0.75		
at210a	Y	Y	d_bull76	Bull D.C.	1976	4	critical energy	"spherical, high explosive"	CH4	O2	N2	101.3	293	1	33-67	"interpolated, water saturated"
at210b	Y	Y	s_koga65	Kogarko S.M. et al.	1965	T. 2	critical energy	"spherical, high explosive"	CH4	O2	N2	101.3		1	71	
at21a	Y	Y	d_desb90	Desbordes D	1990		cell size	width	H2	O2		50.7-101.3	293	1		used by Zitoun
at21b	Y	Y	r_zito95	Zitoun R. et al.	1995	12	cell size	width	H2	O2		50.7-101.3	293	1		
at21c	Y	Y	r_zito95	Zitoun R. et al.	1995	12	cell size	width	H2	O2		50.7-101.3	123	1		
at22a1	Y	Y	i_moen84	Moen I.O. et al.	1984	3	critical tube		C2H2	Air		101.3	293	0.6		
at22a4	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	4	critical tube		C2H2	Air		101.3	293	1.67		
at22b	Y	Y	i_moen84	Moen I.O. et al.	1984	3	critical tube		C2H4	Air		101.3	293	0.6		
at22c	Y	Y	i_moen82	Moen I.O. et al.	1982	3	critical tube		C2H4	Air		101.3	293	.7-1		
at24	Y	Y	c_guir82	Guirao C.H. et al.	1982	4	critical energy	"spherical, high explosive"	H2	Air		101.3	293	0.85-1.86		
at26	Y	Y	g_agaf94	Agafanov and Frolov	1994	1	minimum tube	"round, confined"	H2	Air		100	298	.4-3.7		
at27a	Y	Y	g_agaf94	Agafanov and Frolov	1994	2	minimum tube	"round, confined"	H2	O2		100	298	.1-4.5		actually Pawel et al. data - don't have this reference
at27b	Y	Y	g_agaf94	Agafanov and Frolov	1994	2	minimum tube	"round, confined"	H2	O2		100	135	.1-4.5		actually Pawel et al. data - don't have this reference
at28a	Y	Y	g_agaf94	Agafanov and Frolov	1994	3	minimum tube	"round, confined"	H2	O2	Ar	100	298	1	80-90	interpolated
at28b	Y	Y	g_agaf94	Agafanov and Frolov	1994	3	minimum tube	"round, confined"	H2	O2	He	100	298	1	70-80	interpolated
at28c	Y	Y	g_agaf94	Agafanov and Frolov	1994	3	minimum tube	"round, confined"	H2	O2	N2	100	298	1	55-75	interpolated
at28d	Y	Y	g_agaf94	Agafanov and Frolov	1994	3	minimum tube	"round, confined"	H2	O2	Ar	100	298	1	90	
at28e	Y	Y	g_agaf94	Agafanov and Frolov	1994	3	minimum tube	"round, confined"	H2	O2	He	100	298	1	86	
at30			r_atki80	Atkinson R. et al	1980	3	critical energy	high explosive	H2	Air		101.3	293	0.6 - 1.7		
at31c	Y	Y	a_rinn82	Rinnan A.	1982	3	critical tube		C2H4	Air		101.3	293	0.6-.78		
at31d	Y		i_moen82	Moen I.O. et al.	1982		critical tube		C2H4	Air		101.3	293	0.7-1.6		used in Knystautas et al. (84); duplicate of at22b and at22c
at32b	Y	Y	s_murr81	Murray S.B. et al.	1981	12	critical energy	high explosive	C2H4	Air		101.3	293	1		used by and digitized from Knystautas; should be redone
at32e	Y	Y	r_knys84	Knystautas R. et al.	1984	3	critical energy	"spherical, high explosive"	C2H6	O2	N2	67.4	293	0.5-2.2	38-47	Elsworth data - can't find original source
at32f	Y	Y	j_elsw84	Elsworth J.E.	1984		critical energy	"spherical, high explosive"	C3H8	Air		101.3	293	0.7-1.75		used by Knystautas (84)
at32g	Y	Y	j_elsw84	Elsworth J.E.	1984		critical energy	"spherical, high explosive"	C4H10	Air		101.3	293	0.7-2		used by Knystautas (84)
at33a	Y	Y	t_ande92	Andersen T.J. and Dabora E.K.	1992	2	cell size	width	H2	O2	Ar	26.3-56.7	293	1	55.6	
at33b	Y	Y	t_ande92	Andersen T.J. and Dabora E.K.	1992	2	cell size	width	H2	O2	Ar	26.3-56.7	293	1	50	
at33c	Y	Y	t_ande92	Andersen T.J. and Dabora E.K.	1992	2	cell size	width	H2	O2	Ar	26.3-56.7	293	0.75	50	
at34b	Y	Y	w_bene86	Benedick W.B. et al.	1986	T2	critical energy	"spherical, high explosive"	H2	Air		83.99	293	0.48-3.4		
at34c	Y	Y	w_bene86	Benedick W.B. et al.	1986	T1	critical energy	"spherical, high explosive"	H2	Air		101.3	293	0.5-3.1		Elsworth data
at35a	Y	Y	r_kuma90	Kumar R.K.	1990	9	cell size	width	H2	O2	He	106.6	293	1	25-85	
at35b	Y	Y	r_kuma90	Kumar R.K.	1990	9	cell size	width	H2	O2	Ar	106.6	293	1	25-85	
at37	Y	Y	r_kuma90	Kumar R.K.	1990	12	cell size	width	Deuterium	O2	He	106.6	293	1	25-85	
at38a	Y	Y	r_kuma90	Kumar R.K.	1990	6	cell size	width	H2	O2	He and CO2	106.6	295	1	30-55	
at38b	Y	Y	r_kuma90	Kumar R.K.	1990	6	cell size	width	H2	O2	He and CO2	106.6	295	1	40-65	
at38c	Y	Y	r_kuma90	Kumar R.K.	1990	6	cell size	width	H2	O2	He and CO2	106.6	295	1	35-70	
at39a	Y	Y	r_kuma90	Kumar R.K.	1990	7	cell size	width	H2	O2	He and H2O	106.6	353	1	5-70	
at39b	Y	Y	r_kuma90	Kumar R.K.	1990	7	cell size	width	H2	O2	He and H2O	106.6	353	1	5-70	
at39c	Y	Y	r_kuma90	Kumar R.K.	1990	7	cell size	width	H2	O2	He and H2O	106.6	353	1	5-70	
at39d	Y	Y	r_kuma90	Kumar R.K.	1990	7	cell size	width	H2	O2	He and H2O	106.6	353	1	5-70	
at3a	Y	Y	s_ties86	Tieszen S.R. et al.	1986	5	cell size	width	H2	Air		150 - 300	373	0.35 - 3		Constant air density
at3b	Y	Y	s_ties86	Tieszen S.R. et al.	1986	5	cell size	width	H2	Air	steam	150 - 304	373	.5 - 2	10	Constant air density
at3c	Y	Y	s_ties86	Tieszen S.R. et al.	1986	5	cell size	width	H2	Air	steam	150 - 304	373	.8 - 2	20	Constant air density
at3d	Y	Y	s_ties86	Tieszen S.R. et al.	1986	5	cell size	width	H2	Air	steam	150 - 304	373	.93 - 1.04	30	Constant air density
at4	Y	Y	s_ties86	Tieszen S.R. et al.	1986	3	cell size	width	H2	Air		101.3	298	0.4 - 5		
at41	Y		r_kuma90	Kumar R.K.	1990	4	cell size		H2	O2	He	106.6	295	1	25-85	
at42a	Y	Y	r_kuma90	Kumar R.K.	1990	5	cell size	width	H2	O2	He	20-150	295	1	55	
at42b	Y	Y	r_kuma90	Kumar R.K.	1990	5	cell size	width	H2	O2	He	20-150	295	1	70	
at43	Y	Y	m_plas91	Plaster M. et al.	1991	8	critical tube		H2	O2		100	100	0.25-3		
at44a	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	3	critical energy	spherical	C2H2	O2				0.7 - 2.1		used by Westbrook (1982)
at44c	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	3	critical energy	spherical	C2H6	O2		101.3	293	0.67 - 1.58		used by Westbrook (1982)
at47a	Y	Y	j_lee77	Lee J.H.S.	1977	11	cell size	width	H2	O2		5.1-30.4	293	1		Need to get Crooker (69). Looks like Crooker and Strehlow data switched
at47b	Y	Y	j_lee77	Lee J.H.S.	1977	11	cell size	width	H2	O2	Ar	20.3-40.5	293	1	85	
at49a	Y	Y	r_zito95	Zitoun R. et al.	1995	8	critical energy	spherical	H2	O2		50-80	293	1		
at49b	Y	Y	r_zito95	Zitoun R. et al.	1995	9	critical energy	spherical	H2	O2		36-70	123	1		
at53	Y	Y	v_make83	Makeev V.I. et al.	1983	3	critical energy	"spherical, high explosive"	H2	Air		101.3	293	0.68-2.1		
at54a	Y	Y	a_vasi82	Vasil'ev A.A.	1982	5	critical energy	cylindrical	C2H2	O2		2.7-5.3	293	1		
at55a	Y	Y	e_litc62	Litchfield E.L. et al.	1962	4	critical energy	"spherical, spark"	H2	O2		101.3	293	.5-1.2		
at55b	Y	Y	e_litc62	Litchfield E.L. et al.	1962	4	critical energy	"spherical, exploding wire"	H2	O2		101.3	293	.27-2		various wires and capacitors
at56a	Y	Y	a_makr94	Makris A. et al.	1994	1	critical tube		H2	O2		101.3	293	.6-1.2		
at56c	Y	Y	a_makr94	Makris A. et al.	1994	1	critical tube		C2H4	O2		101.3		.5-2.7		look near Edwards
at56d	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	2	critical tube		C2H4	O2		101.3	293	1		
at57a	Y	Y	v_manz74	Manzhalei V.I. and Mitrofanov V.V.	1974	3	cell size	width	H2	O2		10.1-1013	293	1		
at57b			y_deni59	Denisov Y.N. and Troshin Y.K.	1959	2	cell size	width	H2	O2		10.1-101.3	293	1		this dataset superseded by mk9b
at57c-mk	Y	Y	v_manz74	Manzhalei V.I. and Mitrofanov V.V.	1974	3	cell size	width	C2H2	O2		4-614	293	2.5		
at57d	Y	Y	v_manz74	Manzhalei V.I. and Mitrofanov V.V.	1974	3	cell size	width	CH4	O2		30.4-912	293	1		
at57f	Y	Y	v_manz74	Manzhalei V.I. and Mitrofanov V.V.	1974	3	cell size	width	C2H2	O2		5.1-304	293	1		
at58a	Y	Y	h_bart74	Barthel H.O.	1974	4	cell size	width	H2	O2		6.7-53.3	298	1		
at58b	Y	Y	h_bart74	Barthel H.O.	1974	4	cell size	width	H2	O2	Ar	6.7-53.3	298	1	40	
at58c	Y	Y	h_bart74	Barthel H.O.	1974	4	cell size	width	H2	O2	Ar	6.7-53.3	298	1	70	
at59			h_bart74	Barthel H.O.	1974	5	cell size		H2	O2	Ar	26.7	298	1	20 - 85	
at5a	Y	Y	d_stam91	Stamps D.W. and Tieszen S.R.	1991	2	cell size	width	H2	Air		25.3 - 152.0	293	1		
at5b	Y	Y	d_stam91	Stamps D.W. and Tieszen S.R.	1991	2	cell size	width	H2	Air		20.2 - 253.3	293	0.5		
at62a	Y	Y	r_stre69b	Strehlow R.A. and Engel C.D.	1969	4b	cell size	width	H2	O2		5.6-32.4	293	1		"marked as from ref. 8, but apparently original"
at62b	Y	Y	r_stre69b	Strehlow R.A. and Engel C.D.	1969	4b	cell size	width	H2	O2	Ar	9.1-40.5	293	1	40	
at64a	Y	Y	r_stre69c	Strehlow R.A. and Engel C.D.	1969	5	cell size	width	H2	O2	3.75Ar+N2	13.2-32.4	293	1	76	
at64b	Y	Y	r_stre69c	Strehlow R.A. and Engel C.D.	1969	5	cell size	width	H2	O2	Ar	13.2-32.4	293	2.12	60	
at64c	Y	Y	r_stre69c	Strehlow R.A. and Engel C.D.	1969	5	cell size	width	H2	O2	Ar	13.2-32.4	293	0.36	60	
at65	Y	Y	r_stre69c	Strehlow R.A. et al.	1969	7	cell size	width	H2	O2	Ar	1.3-7.3	600 - 800	1	70	
at66a	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	4	critical tube		C2H2	O2	N2	101.3	293	1	0-72.9	
at66b	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	4	critical tube		C2H2	O2	N2	101.3	293	1.67	0-69.3	
at66c	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	4	critical tube		C2H4	O2	N2	101.3	293	1.5	0 - 45.5	
at66d	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	4	critical tube		C2H6	O2	N2	101.3	293	1.4	0 - 51.7	
at66e	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	4	critical tube		C3H8	O2	N2	101.3	293	1.43	0 - 60.9	
at66f	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	4	critical tube		C3H6	O2	N2	101.3	293	1.5	0 - 60	
at67a	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	3	critical energy	spherical	H2	O2		101.3	293	0.6 - 1.2		"actually critical tube, correlated to critical energy by theory"
at69a	Y	Y	r_stre67	Strehlow R.A. and Engel C.D.	1967	5c	cell size	width	C2H2	O2	Ar	6.1-40.5	293	1	85	
at69b	Y	Y	r_stre67	Strehlow R.A. and Engel C.D.	1967	5c	cell size	width	C2H2	O2	Ar	6.1-40.5	293	1	75	
at69c	Y	Y	r_stre67	Strehlow R.A. et al.	1967	5b	cell size	width	H2	O2	Ar	8-47	293	1	50	
at69d	Y	Y	r_stre67	Strehlow R.A. et al.	1967	5b	cell size	width	H2	O2	Ar	10-40	293	1	70	
at69e	Y	Y	r_stre67	Strehlow R.A. et al.	1967	5b	cell size	width	H2	O2	Ar	8-40	293	1	77.5	
at69f	Y	Y	r_stre67	Strehlow R.A. et al.	1967	5b	cell size	width	H2	O2	He	14-47	293	1	70	
at69g	Y	Y	r_stre67	Strehlow R.A. et al.	1967	5b	cell size	width	H2	O2	Ar	24-46	293	1	85	
at70a	Y	Y	e_nzey91	Nzeyimana E. and Van Tiggelen P.J.	1991	3	cell size	length	H2	O2	Ar+CF4	26.7	293	0.8	50	
at70b	Y	Y	e_nzey91	Nzeyimana E. and Van Tiggelen P.J.	1991	3	cell size	length	H2	O2	Ar+CF4	26.7	293	1	50	
at70c	Y	Y	e_nzey91	Nzeyimana E. and Van Tiggelen P.J.	1991	3	cell size	length	H2	O2	Ar+CF4	26.7	293	1.2	50	
at71a	Y	Y	r_knys82	Knystautas R. et al.	1982	2	critical tube		C2H2	O2	N2	101.3	293	1	64 - 75	
at72a	Y	Y	r_knys82	Knystautas R. et al.	1982	3	critical tube		H2	O2	N2	101.3	293	1	31 - 56	
at72b	Y		d_bull82b	Bull D.C. et al.	1982		critical tube	round	H2	Air		101.3	293	1		used by Knystautas
at72c	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	4	critical tube		H2	O2	N2	101.3	293	1	0 - 45	used by Knystautas (1982)
at73	Y	Y	r_knys82	Knystautas R. et al.	1982	17	cell size	width	CH4	O2		8-13.3	293	1		presented as critical tube data
at74	Y	Y	r_knys82	Knystautas R. et al.	1982	18	cell size	width	H2	O2		5.3-20	293	1		presented as critical tube data
at75a	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	2	critical tube		H2	O2		101.3	293	1		See Moen et al. 1985
at75b	Y	Y	i_moen85	Moen I.O. et al.	1985	3	critical tube		H2	O2		40-80	293	1		
at75c	Y	Y	i_moen85	Moen I.O. et al.	1985	3	critical tube		H2	O2	CO2	80	293	1	5	
at75d	Y	Y	i_moen85	Moen I.O. et al.	1985	3	critical tube		H2	O2	CF3Br	40-80	293	1	5	
at77a	Y	Y	i_moen85	Moen I.O. et al.	1985	2	critical tube		C2H4	Air	CF4	101.3	293	0.88	1.5	transmission from 0.89 m tube to 1.83 m bag
at77b	Y	Y	i_moen85	Moen I.O. et al.	1985	2	critical tube		C2H4	Air	CF3Br	101.3	293	0.88	1.5	transmission from 0.89 m tube to 1.83 m bag
at77c	Y	Y	i_moen85	Moen I.O. et al.	1985	2	critical tube		C2H4	Air	CF3Br	101.3	293	0.88	3	transmission from 0.89 m tube to 1.83 m bag
at77d	Y	Y	i_moen85	Moen I.O. et al.	1985	2	critical tube		C2H4	Air	CO2	101.3	293	0.88	3	transmission from 0.89 m tube to 1.83 m bag
at79a	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	3	critical energy	spherical	CH4	O2		101.3	293	.7-1.7		
at79b	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	3	critical energy	spherical	C2H4	O2		101.3	293	1.33		
at80a			h_mats79	Matsui H. and Lee J.H.	1979	4	critical tube		CH4	O2	N2	101.3	293	1.33	0 - 37.5	
at80b	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	4	critical tube		C2H4	O2		101.3	293	1.5		
at80c	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	4	critical tube		C2H4	O2		101.3	293	2		
at82b	Y	Y	j_lee77	Lee J.H.S.	1977	9	critical energy	cylindrical	C2H2	O2		6.1-40.5	293	1		
at82c	Y	Y	j_lee77	Lee J.H.S.	1977	9	critical energy	spherical	C2H2	O2		4.1-12.2	293	1		
at84a	Y	Y	w_bene86	Benedick W.B. et al.	1986	2	critical energy	"spherical, high explosive"	C2H4	Air		101.3	293	.6-3.0		
at86a	Y	Y	j_lee82	Lee J.H. et al.	1982	10	cell size	width	C2H2	O2	N2	101.3	293	1	64-74	
at89a			g_bach71	Bach G.G. et al.	1971	2	critical energy	exploding wire	C2H2	O2		4-16	293	1		electric spark
at90b			g_bach71	Bach G.G. et al.	1971	8	cell size		C2H2	O2		1.2-30.4	293	"1.35, 1.75?"		ER=2.5!?
at92	Y	Y	d_bull82a	Bull D.C.	1982	5	critical energy	"spherical, high explosive"	C2H6	Air		101.3	293	1		
at93a	Y	Y	d_bull82a	Bull D.C.	1982	4	cell size	length	C2H6	O2	N2	33.8	293	0.5-2		planar mode
at93b	Y	Y	d_bull82a	Bull D.C.	1982	4	cell size	length	C2H6	O2	N2	67.5	293	0.5-2		spherical mode
att1	Y		a_bori91a	Borisov A.A.	1991	1	minimum tube?	unconfined?	CH4	O2		101.3	293	1		
att2	Y	Y	y_zeld56	Zeldovich Y.B.	1956	T.2	critical tube		CH4	O2		106.7	293	1		
H2-Air1	Y	Y	c_guir82	Guirao C.H. et al.	1982	2	cell size	width	H2	Air		101.3	293	0.54 - 2.03		
ja10a	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	C2H4	O2	N2	30-80	293	1	55.6	
ja10b	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	C2H4	O2	N2	30-70	293	1	42.9	
ja10c	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	C2H4	O2	N2	60-80	293	1	60	
ja10d	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	C2H4	O2	N2	50-90	293	1	69.2	
ja10e	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	C2H4	O2	N2	50-100	293	1	73.8	
ja11a	Y	Y	m_kane99	Kaneshige M.J. 	1999	4.1	cell size	width	C2H4	O2	N2	45-50	293	1	38.5-63.6	
ja11b	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	C2H4	O2	N2	50	293	1	0-73.8	
ja12	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	C2H4	O2	Ar	50	293	1	50-88.2	
ja13	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	C6H14	O2	N2	40	293	1	0-77.3	
ja14a	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	C6H14	Air	H2	100	293	1	0-26	
ja14b	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	C6H14	Air	C2H4	100	293	1	0-5.6	
ja14c	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	C6H14	Air	C2H2	100	293	1	0-6.5	
ja14d	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	C6H14	Air	CO 	100	293	1	0-28.6	
ja15a	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	CO	Air	H2	100	293	1	0.54-8.7	
ja15b	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	CO	Air	C2H2	100	293	1	0.29-3.71	
ja15c	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	CO	Air	C2H4	100	293	1	0.28-4.23	
ja16a	Y	Y	r_akbar97	"Akbar R.,et al."	1997		cell size	width	NH3	O2	N2	66-81	293	1	0-22.2	
ja16b	Y	Y	r_akbar97	"Akbar R.,et al."	1997		cell size	width	NH3	N2O	N2	55-75	293	1	0-37.5	
ja16c	Y	Y	r_akbar97	"Akbar R.,et al."	1997		cell size	width	NH3	N2O	Air	60-91	293	1-0.71	0-53	
ja17	Y	Y	cit_unpub	"EDL, Caltech"	1997		cell size	width	C3H6O	O2		7.6-23.8	293	1		
ja18a	Y	Y	cit_unpub	"EDL, Caltech"	1997		cell size	width	C3H6O	O2	N2	22.5	293	1	0-64.3	
ja18b	Y	Y	cit_unpub	"EDL, Caltech"	1997		cell size	width	C3H6O	O2	Ar	22.5	293	1	0-91.7	
ja19	Y	Y	r_knys98	Knystautas R. et al.	1998		cell size	width	C6H6	Air	H2	101.3	293	1	0-13.4	
ja1a	Y	Y	m_kane99	Kaneshige M.J. 	1999	4.1	cell size	width	H2	O2	N2	100	293	1	25-50	
ja1b	Y	Y	cit_unpub				cell size	width	H2	O2	N2	100	293	1	0-55	
ja1c	Y	Y	m_kane99	Kaneshige M.J. 	1999	4.1	cell size	width	H2	O2	N2	10-101.5	293	1	25	
ja1d	Y	Y	m_kane99	Kaneshige M.J. 	1999	4.1	cell size	width	H2	O2	N2	26.5-101.5	293	1	40	
ja1e	Y	Y	m_kane99	Kaneshige M.J. 	1999	4.1	cell size	width	H2	O2	N2	26.5-101.5	293	1	50	
ja2	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	H2	O2	Ar	100	293	1	57-87	
ja20a	Y	Y	g_cicc97	Ciccarelli G. et al.	1997	A2	cell size	width	H2	Air		100	300	0.37-2.51		
ja20b	Y	Y	g_cicc97	Ciccarelli G. et al.	1997	A2	cell size	width	H2	Air		100	500	0.26-1		
ja20c	Y	Y	g_cicc97	Ciccarelli G. et al.	1997	A3	cell size	width	H2	Air		100	650	0.12-0.4		
ja21a	Y	Y	g_cicc97	Ciccarelli G. et al.	1997	A5	cell size	width	H2	Air	H2O	150-200	650	0.5	20	
ja21b	Y	Y	g_cicc97	Ciccarelli G. et al.	1997	A5	cell size	width	H2	Air	H2O	150-200	650	0.4	30	
ja21c	Y	Y	g_cicc97	Ciccarelli G. et al.	1997	A5	cell size	width	H2	Air		170-240	650	0.2		
ja22a	Y	Y	g_cicc97	Ciccarelli G. et al.	1997	A4	cell size	width	H2	Air	H2O	100	650	1	30-40	
ja22b	Y	Y	g_cicc97	Ciccarelli G. et al.	1997	A4	cell size	width	H2	Air	H2O	100	400	1	25	
ja22c	Y	Y	g_cicc97	Ciccarelli G. et al.	1997	A4	cell size	width	H2	Air	H2O	100	650	0.5	10-25	
ja22d	Y	Y	g_cicc97	Ciccarelli G. et al.	1997	A4	cell size	width	H2	Air	H2O	100	400	0.5	10	
ja22e	Y	Y	g_cicc97	Ciccarelli G. et al.	1997	A4	cell size	width	H2	Air	H2O	100	650	0.3	7.5	
ja22f	Y	Y	g_cicc97	Ciccarelli G. et al.	1997	A3	cell size	width	H2	Air	H2O	100	500-650	1	30	
ja23a	Y	Y	d_stam91	Stamps D.W. and Tieszen S.R.	1991	3	cell size	width	H2	Air	H2O	"100,266"	373	1	30	
ja23b	Y	Y	s_ties86	Tieszen S.R. et al. 	1986		cell size	width	H2	Air	H2O	260	373	1	30	
ja23c	Y	Y	d_stam91	Stamps D.W. and Tieszen S.R.	1991	3	cell size	width	H2	Air	H2O	100	373	1	20	
ja23d	Y	Y	s_ties86	Tieszen S.R. et al. 	1986		cell size	width	H2	Air	H2O	227	373	1	20	
ja23e	Y	Y	d_stam91	Stamps D.W. and Tieszen S.R.	1991	3	cell size	width	H2	Air	H2O	100	373	1	10	
ja23f	Y	Y	s_ties86	Tieszen S.R. et al. 	1986	3	cell size	width	H2	Air	H2O	200	373	1	10	
ja23g	Y	Y	d_stam91	Stamps D.W. and Tieszen S.R.	1991	3	cell size	width	H2	Air		100	373	1		
ja23h	Y	Y	s_ties86	Tieszen S.R. et al. 	1986	3	cell size	width	H2	Air		180	373	1		
ja25a	Y	Y	d_stam91b	Stamps D.W. et al.	1991	4.3	cell size	width	H2	Air	H2O	100	393	0.95-1.54	30	
ja25b	Y	Y	d_stam91b	Stamps D.W. et al.	1991	4.3	cell size	width	H2	Air	H2O	100	393	0.7-2.02	20	
ja25c	Y	Y	d_stam91b	Stamps D.W. et al.	1991	4.3	cell size	width	H2	Air	H2O	100	393	0.53-4.25	10	
ja25d	Y	Y	d_stam91b	Stamps D.W. et al.	1991	4.3	cell size	width	H2	Air	CO2	100	393	"0.88,1.04"	20	
ja25e	Y	Y	d_stam91b	Stamps D.W. et al.	1991	4.3	cell size	width	H2	Air	CO2	100	393	0.52-2.0	10	
ja25f	Y	Y	d_stam91b	Stamps D.W. et al.	1991	4.3	cell size	width	H2	Air		100	393	0.37-3.03		
ja26a	Y	Y	s_ties87	Tieszen S.R. et al. 	1987	4.3	cell size	width	H2	Air	CO2	100	293	0.47-0.64	5	
ja26b	Y	Y	c_guir89	Guirao C.M. et al.	1989	4.3	cell size	width	H2	Air	CO2	100	293	0.52-2.68	5	
ja26c	Y	Y	s_ties87	Tieszen S.R. et al. 	1987	4.3	cell size	width	H2	Air	CO2	100	293	0.68-0.8	10	
ja26d	Y	Y	c_guir89	Guirao C.M. et al.	1989	4.3	cell size	width	H2	Air	CO2	100	293	0.65-1.87	10	
ja26e	Y	Y	s_ties87	Tieszen S.R. et al. 	1987	4.3	cell size	width	H2	Air	CO2	100	293	0.72-0.98	15	
ja26f	Y	Y	c_guir89	Guirao C.M. et al.	1989	4.3	cell size	width	H2	Air	CO2	100	293	0.8-1.22	15	
ja27a	Y	Y	s_ties87	Tieszen S.R. et al. 	1987	4.6	cell size	width	H2	Air		100	288-372	0.448-0.51		
ja27b	Y	Y	s_ties87	Tieszen S.R. et al. 	1987	4.6	cell size	width	H2	Air		100-102	278-370	0.446-0.511		Constant air density
ja3	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	H2	O2	He	100	293	1	20-90	
ja4	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	H2	O2	CO2	100	293	1	10-40	
ja5a	Y	Y	u_pfah98	"Pfahl U., Schultz E., Shepherd J.E. "	1998	1	cell size	width	H2	N2O		70.9	293	0.06-5.7		
ja5b	Y	Y	u_pfah98	"Pfahl U., Schultz E., Shepherd J.E. "	1998	2	cell size	width	H2	N2O	N2	70.9	293	0.11-4.0	30	
ja5c	Y	Y	u_pfah98	"Pfahl U., Schultz E., Shepherd J.E. "	1998	3	cell size	width	H2	N2O + O2	N2	70.9	293	0.231-1.667	54.5	
ja5d	Y	Y	r_akbar97	"Akbar R.,et al."	1997	4	cell size	width	H2	N2O	N2	100	293	1	50-70	
ja5e	Y	Y	r_akbar97	"Akbar R.,et al."	1997	4	cell size	width	H2	N2O	Air	70-100	293	0.07-0.39	28-76	
ja6a	Y	Y	r_akbar97	"Akbar R.,et al."	1997	5	cell size	width	CH4	O2	N2	70-72	293	1	0-67	
ja6b	Y	Y	r_akbar97	"Akbar R.,et al."	1997	5	cell size	width	CH4	O2	N2	102	293	1	57-63	
ja7a	Y	Y	r_akbar97	"Akbar R.,et al."	1997	6	cell size	width	CH4	N2O	N2	57-72	293	1	0-50	
ja7b	Y	Y	r_akbar97	"Akbar R.,et al."	1997	6	cell size	width	CH4	N2O	N2	77-87	293	1	37.5-50	
ja7c	Y	Y	r_akbar97	"Akbar R.,et al."	1997	6	cell size	width	CH4	N2O	N2	92-97	293	1	54.5-58.3	
ja7d	Y	Y	r_akbar97	"Akbar R.,et al."	1997	6	cell size	width	CH4	N2O	N2	102	293	1	61.5-64.3	
ja7e	Y	Y	r_akbar97	"Akbar R.,et al."	1997	6	cell size	width	CH4	N2O	Air	86-97	293	0.5-0.7	48.8-65.1	
ja8a	Y	Y	m_kane99	Kaneshige M.J. 	1999	4.1	cell size	width	C3H8	O2		15-50	293	1		
ja8b	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	C3H8	O2	N2	30-70	293	1	45.5	
ja8c	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	C3H8	O2	N2	40-80	293	1	62.5	
ja8d	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	C3H8	O2	N2	50-90	293	1	71.4	
ja8e	Y	Y	cit_unpub	"EDL, Caltech"	1998		cell size	width	C3H8	O2	N2	50-100	293	1	75.8	
ja9	Y	Y	m_kane99	Kaneshige M.J. 	1999	4.1	cell size	width	C3H8	O2	Ar	50	293	1	40-87	
js13c	Y	Y	r_knys84	Knystautas R. et al.	1984	1	cell size	width	C2H2	Air		101.3	293	0.4 - 3		
mk127	Y	Y	y_zeld56	Zeldovich Y.B.	1956	20	critical tube		C2H2	O2	N2	106.7	293	1	0-57	
mk137k	Y	Y	h_mats79	Matsui H. and Lee J.H.	1979	2	critical tube		CH4	O2		101-184	293	1		
mk142a	Y	Y	r_knys82	Knystautas R. et al.	1982	4	critical tube		C2H4	O2	N2	101.3	293	1	51 - 65	
mk157g	Y	Y	i_moen84	Moen I.O. et al.	1984	5	cell size	width	C2H4	Air		92.5	293	.5-.7		"is this from an earlier reference? (81, 82)"
mk157n	Y	Y	i_moen84	Moen I.O. et al.	1984	5	cell size	width	C2H2	Air		92.5	293	0.5-0.61		
mk168a	Y	Y	j_shep86	Shepherd J.E. et al.	1986	11	cell size	width	H2S	Air		101.3	293	0.78-1.18		"McGill data, private communication"
mk168b	Y	Y	j_shep86	Shepherd J.E. et al.	1986	11	cell size	width	H2S	Air		101.3	293	0.78-1.18		"DRES data, but can't find original reference"
mk184d	Y	Y	m_pedl88	Pedley M.D. et al.	1988	6	cell size	width	N2H4			.7-2.6	293			
mk1a	Y	Y	p_baue86	Bauer P. et al.	1986	4	cell size	length	C3H8	Air		270-4600		1.13		
mk1b	Y	Y	p_baue86	Bauer P. et al.	1986	4	cell size	length	C3H8	Air		270-900		1.31		
mk1c	Y	Y	p_baue86	Bauer P. et al.	1986	4	cell size	length	C3H8	Air		1000-4500		1.41		
mk1d	Y	Y	p_baue86	Bauer P. et al.	1986	4	cell size	length	C3H8	Air		5300		1.61		
mk2	Y	Y	d_bull82b	Bull D.C. et al.	1982	5	cell size	length	H2	Air		8.1 - 101.3	293	1		
mk22e	Y	Y	i_moen84	Moen I.O. et al.	1984	3	critical tube		C2H6	Air		101.3	293	"1.05, 1.25"		
mk23a	Y	Y	c_guir82	Guirao C.H. et al.	1982	3	critical tube		H2	Air		101.3	293	0.85-1.86		Sandia data
mk23b	Y	Y	c_guir82	Guirao C.H. et al.	1982	3	critical tube		H2	Air		101.3	293	0.85-1.86		McGill data
mk30	Y	Y	r_atki80	Atkinson R. et al.	1980	3	critical energy	"spherical, high explosive"	H2	Air		101.3	293	.95-1.5		
mk3a	Y	Y	p_baue86	Bauer P. et al.	1986	5	cell size	length	C2H4	Air		300-1000		0.8		
mk3b	Y	Y	p_baue86	Bauer P. et al.	1986	5	cell size	length	C2H4	Air		150-900		1.13		
mk3c	Y	Y	p_baue86	Bauer P. et al.	1986	5	cell size	length	C2H4	Air		300-1000		1.13		
mk3d	Y	Y	p_baue86	Bauer P. et al.	1986	5	cell size	length	C2H4	Air		200-1100		1.61		
mk4a	Y	Y	p_baue86	Bauer P. et al.	1986	8	cell size	length	C2H4	O2	N2	50-200		1.01	42.3	
mk4b	Y	Y	p_baue86	Bauer P. et al.	1986	8	cell size	length	C2H4	O2	N2	70-400		1.05	72.2	
mk4c	Y	Y	p_baue86	Bauer P. et al.	1986	8	cell size	length	C2H4	O2	N2	150-600		1.05	75.2	
mk4d	Y	Y	p_baue86	Bauer P. et al.	1986	8	cell size	length	C2H4	O2	N2	350-900		1.05	78.7	
mk5a	Y	Y	p_baue86	Bauer P. et al.	1986	9	cell size	length	CH4	O2	N2	50-230	293	1.08	31.9	
mk5b	Y	Y	p_baue86	Bauer P. et al.	1986	9	cell size	length	CH4	O2	N2	300-700	293	1.09	55.0	
mk5c	Y	Y	p_baue86	Bauer P. et al.	1986	9	cell size	length	CH4	O2	N2	650-1100	293	1.15	64.2	
mk6	Y	Y	s_murr86	Murray S.B. and Lee J.H.	1986	4	cell size	width	C2H2	O2	N2	101.3	293	1	70-80	
mk7a	Y	Y	r_knys82	Knystautas R. et al.	1982	T. 2	cell size	width	C2H2	O2	N2	101.3	293	1	64-75	
mk7b	Y	Y	r_knys82	Knystautas R. et al.	1982	T.2	cell size	width	H2	O2	N2	101.3	293	1	31 - 56	
mk7c	Y	Y	r_knys82	Knystautas R. et al.	1982	T.2	cell size	width	C2H4	O2	N2	101.3	293	1	51 - 74	
mk7d	Y	Y	r_knys82	Knystautas R. et al.	1982	T.2	cell size	width	C3H8	O2	N2	101.3	293	1	44 - 76	
mk82a	Y	Y	j_lee77	Lee J.H.S.	1977	9	critical energy	cylindrical	H2	O2		12.2-50.7	293	1		
mk8a	Y	Y	b_voit66	Voitsekhovski B.V. et al.	1966	45a	cell size	width	H2	O2		13-85	293	1		apparently switched a and b in caption
mk8b	Y	Y	b_voit66	Voitsekhovski B.V. et al.	1966	45b	cell size	width	C2H2	O2		3.0-133	293	1		apparently switched a and b in caption
mk9a	Y	Y	y_deni60	Denisov Yu.N. and Troshin  Ya.K.	1960	6a1	cell size	width	C2H2	O2		12-120	293	1		
mk9b	Y	Y	y_deni60	Denisov Yu.N. and Troshin  Ya.K.	1960	6a4	cell size	width	H2	O2		4-120	293	1