HST CELL	OPTICAL 	INVESTIGATION							craters marked with < > are not included in flux calculations																		CELL ID	Crater 	Front/back	Visual search		Maximum	SEM search at 500 X		Coordinates		reference		Spall diameter	Pit diameter	Depth	Conchoidal diam. Dco	Pit diameter	X	Y			(µm)	(µm)	(µm)	(µm)	(µm)	(cm)	(cm)									I Z5 D	c1		195	80	16	160	36	3	0.73	c2		100		10	70	25	3.07	0.98	c3		40		6	32	9	2.85	0.25	<c4>	<RTV>	<1700>	<340>	<114>	<1600>	<250>	<5.02>	<0.72>	<c5>	<RTV>	<340>	<50>	<16>	<350>	<62>	<4.99>	<0.33>									I V16 D	c1		39		5	40	30x15	2.05	0.3									III N2 E	c1		350	40	30	325	50	1.42	1.5									I Y25 E	c1		1000	400	110	1000	400x260	0.4	0.68									II B4 E	c		620	80	75	600	66	3.01	1.54	i		455	66	37	467	75	1.47	0.9	j		230	40	30	223	43	0.48	0.82									I Z37 E	<c1>	<back>	<625>		<90>	<600>		<1.87>	<1.69>	c2		260	40	18	167	50	1.18	0.47	c3		130	80	20	120	22	2.72	2.02									I L2 E	c1		1125	660	120	1100	700x500	1.19	1.9									II A14 E	<c1>	<back>	<5200>	<260>	<300>													III B4 E	c1		340	53	26					<c2>	<back>	<3750>		no crater													I Z41 E	<c1>	<RTV>	<1550>	<400>	<65>													Munich data from here on: 									e= elongated crater (one axis longer by more than 10%)																		III D38/39 D	1	e	35						III C38/39 D	1	e	37	7						2	e	46	14						3		163	38						4		24	9						5	e	36	10						6	e	31	5						7	e	33	6						8	e	28	8						9		23	3			10	e	34	5		III B38/39 D	1		26	6			2	e	100	25			3	e	22				4	e	54				5		68	18		III D40/41 D	1		51	14			2		36	8			3		205	39			4	e	188	45			5	e	29	8		III D42/43 D	1	e	50	26			2	e	120	38			3		43	11			4	e	42				5		31	10		III C42/43 D	1		16				2		17	6			3	e	21	5			4		131	31			5		44	11			6		43	13			7		22			III B42/43 D	1	e	38	13			2		44	4			3	e	40	10			4		89	22			5		29	8		III D44/45 D	1		68	13			2		115	15			3		34	12			4	e	52	13		III C44/45 D	1	e	71	13			2		205	30			3		49	15			4		17	7			5		93	33		III B44/45 D	1		81	21			2		12	3			3		34	13			4		125	26			5		260	40			6	e	86	14		III Y11/12 D	1		76	17			2	e	31	10			3	e	45	13			4	e	26	12		III Y7/8 D	1	e	54	10			2	e	13	3			3		28	10			4	e	9	5			5	e	662	170			6		12	3			7		89	20			8		59	16		III D5/6 E	1		17	4			2		13	4			3		59	16			4		38	8		III X3/4 D	1	e	113	27			2		28	7			3		22	5			4	e	33	7			5		32	11			6	e	33	9		III W3/4 D	1		43	10			2		15	3			3		38	9			4		105	21			5		16	6			6		31	9		III W7/8 D	1	e	22	4		III W5/6 D	1	e	58	15			2		44	13			3		38	12			4		20				5	e	26	8			6		20	5			7	e	15				8	e	300	65			9		220	19		III W9/10 D	1		28	13			2	e	17	7			3		20	5			4		51	15			5		110	29		III W11/12 D	1		83	14			2		37	14			3		29	4		III Z5/6 D	1		28	14			2	e	22	8			3		529	71			4	e	34	3		I A35/36 D	1	e	45	17			2	e	58	23			3		114	22		I B35/36 D	1		37	11			2	e	32	13			3	e	68	21		I A37/38 D	1	e	25	11			2	e	28	6			3		27	7			4		71	26		I B37/38 D	1	e	39	16			2		160	46			3		10	2			4	e	43	10		I A39/40 D	1		35				2		56	21			3		41	16			4		32	13			5		95	26			6	e	63	19			7	e	46	19		I B39/40 D	1	e	21	9			2	e	30	8			3	e	28	10			4		75	17			5		43	16			6	e	19	5		I A41/42 D	1		17	6			2	e	22	5		I B41/42 D	1		207	43			2	e	56	15			3		26	11			4		208	45			5		32	10			6		20	8			7		14	4			8		17	8			9		37	11			10		38	18		I A43/44 D	1		57	22			2		40	19			3		21	9			4		27	12			5		13	5		I B43/44 D	1		139	43			2		126	30			3		26	5			4		22	10