Supplementary file SUP18331:  U-Pb LA-MC-ICPMS data for detrital zircons and details of analytical methods for U-Pb LA-MC-ICPMS and U-Pb ID-TIMS analyses
McConnell, Riggs and Crowley: Detrital zircon provenance and Ordovician terrane amalgamation, western Ireland

Analytical methods

Detrital zircons
Data from the Bundorragha sample was collected on two occasions; zircons were analysed first at the Arizona LaserChron Center (ALC) at the University of Arizona (zircons 03/230, Table below) and a subsequent separate sample from the same outcrop at the NIGL (NERC Isotope Geosciences Laboratory), British Geological Survey (zircons 07/102).  Zircons from the two Bunnacunneeen samples were also analysed first at ALC (03/227 and 03/228) and later at NIGL (07/104 and 07/103); in both cases the same outcrop was resampled for the second analysis.  Zircons from Derritin Lough were analysed only at NIGL (07/101).   

U-Pb geochronology of detrital zircons was conducted by laser ablation multicollector inductively coupled plasma mass spectrometry (LA-MC-ICPMS) in both laboratories.  Although analysis methods vary between the two, both data sets are presented, as the more-precise analyses from NIGL provided additional data, and confirm earlier analyses from ALC. 

Samples were crushed and zircons separated by standard techniques (Rogers water table, Frantz magnetic separation, and heavy-liquid separation).  Representative zircons were hand picked from each samples under a binocular microscope.  Zircons analysed at NIGL were then thermally annealed and leached by a process modified from that of Mattinson (2005).  Zircons were annealed as bulk fractions at between 850 and 900oC in quartz glass beakers for 60 hours.  The zircon crystals were ultrasonically washed in 4N HNO3, rinsed in ultra-pure water, then further washed in warm 4N HNO3 prior to rinsing with distilled water to remove surface contamination.  The annealed and cleaned zircon fractions were then chemically abraded in 200µl 29N HF and 20µl 8N HNO3 at 180oC for 12 hours to minimise or eliminate damaged zones in which Pb loss may have occurred.  All zircons were mounted in epoxy plugs and ground down to expose grain interiors.

All measurements at ALC were done on a New Wave DUV193 Excimer laser (operating at a wavelength of 193 nm) using a spot diameter of 25 to 50 microns.  Instrument parameters and ablation and analytical methods are provided in Dickinson and Gehrels (2003) and Gehrels et al. (2008).  Each analysis consists of one 20-second integration on peaks with the laser off to measure background level, 20 one-second integrations with the laser firing, and a 30 second delay to purge the previous sample and prepare for the next analysis. The resultant ablation pit is ~15 microns in depth. 

Data from the Arizona LaserChron lab are common-lead corrected, using the measured 204Pb, and assuming an initial Pb composition according to Stacey and Kramers (1975).  Uncertainties of the initial Pb composition are 1.0, 0.3, and 2.0 for 206Pb/204Pb, 207Pb/204Pb, and 208Pb/204Pb, respectively. In-run analysis of fragments of a Sri Lanka zircon crystal (generally every fifth measurement) with an age of 563.5 ± 3.2 Ma (2σ error; age determined by TIMS [Gehrels et al. 2008]) is used to correct for the fractionation of U and Pb. The uncertainty resulting from the calibration correction is generally 1-2% (2σ) for both 207Pb/ 206Pb and 206Pb/238U  ages.

At NIGL, analyses were carried out on a Nu Plasma MC-ICP-MS system coupled to a New Wave Research 193nm Nd:YAG LA system. A static laser spot size of 20 to 35 microns diameter was used to ablate discrete zones within zircons. The total acquisition cycle took about 45 seconds per ablation, which equates to approximately 15μ depth ablation pits. Half mass and defocused baselines were carried out at the start of each group of ca 5 to 10 analyses. General ablation protocols are provided in Horstwood et al. (2003). 

Analyses from NIGL were not corrected for common lead; those that showed a common lead intensity >400 cps were rejected.  Three separate zircon standards were used; 91500 (U-Pb TIMS age 1065 ± 0.4 Ma, Wiedenbeck et al 1995), Mud Tank (U-Pb TIMS age 732 ± 5 Ma, Black and Gulson, 1978) and Plesovice (U-Pb TIMS age 338 ± 1 Ma, Aftalion et al. 1989 ). Plesovice was used as a primary standard to calculate a fractionation factor for each analytical session. Mud Tank and 91500 were used as secondary standards, as a general control on the precision and accuracy of analyses throughout each analytical session. For each analytical session the overall reproducibility of the primary standard 206Pb/238U was generally in the order of 2-3% (2σ),  this has been propagated into the uncertainties for each analysis. 
Data were plotted using Isoplot3 (Ludwig, 1993, 2008).  For all samples analysed by LA-MC-ICPMS, the total Cumulative Probability plot is provided (Figs 5A, 6A,  7A and 8A); in addition, apparent Cambrian and Ordovician ages were reduced through the “Zircon Age Extractor” function to provide an assessment of the likely age of the primary Ordovician detritial component (Figs. 5B, 6B 7B and 8B).  This function implements the “TuffZirc” algorithm of Ludwig and Mundil (2002) for extracting reliable ages and age-errors from suites of 206Pb/238U dates on complex single zircon or domains within single zircons. If the “TuffZirc” algorithm can find a coherent (i.e. statistically within analytical error) group of at least five analyses (or 0.3 ×  total number of analyses, whichever is larger), the age and uncertainty of the median of the coherent group is calculated. This function can tolerate up to 70% of the data being non-cogenetic within eruption age, (i.e. xenocrystic, non-zero magma-residence time, or suffered Pb-loss). The algorithm produces an assymetrical uncertainty expanded in the direction of most complexity and will at best produce an error comparable to that of the most precise analysis used in the calculation. Although the practice of deliberately including Cambrian zircons older than the expected maximum stratigraphic age has the effect of increasing errors of any resultant age calulations, it is the only unbiased way to calculate a coherent age from the dominant provenance for each of the samples.
The Table below provides data for all samples.  In all cases, errors are presented at 2 confidence levels and uncertainties at 1s confidence level.  Because radiogenic 207Pb is relatively difficult to measure precisely in zircons younger than ~1 Ga, the 206Pb/238U age is presumed to be more accurate.

Granite clast
Zircons from sample 03/04b were analysed by Isotope Dilution Thermal Ionization Mass Spectrometry (ID-TIMS) at NIGL (Table 1 of printed paper).  Analytical procedures closely follow those described in Noble et al. (1993). 

Although several hundred zircons were chemically abraded in the manner described above, less than 5% survived the procedure, probably signifying that they had been severely affected by radiation damage and Pb-loss.  Zircons were generally acicular (180x70x60µ) to squat (200x100x100µ). Most unannealed grains were cloudy to opaque, but those surviving chemical abrasion tended to be clear and inclusion free. Some grains displayed visible cores.  

Zircons that remained after chemical abrasion were washed several times in ultra-pure water, cleaned in warm 3N HCl for several hours on a hot plate, rinsed again in ultra-pure water and 8N HNO3 and split into single-grain fractions for dissolution.  A mixed 205Pb – 233U – 235U tracer was used to spike all fractions,  which once fully dissolved, were converted to chloride and loaded onto degassed rhenium filaments in silica gel, following a procedure modified after Mundil et al. (2004).  Isotopic data were collected using a Thermo Electron Triton equipped with a new generation of MassCom Secondary Electron Multiplier (Noble et al. 2006).  Approximately 100 ratios were collected for Pb and 60 for U.  Pb ratios were scrutinised for any evidence of organic interferences using an in-house raw ratio statistical and plotting software.  Errors were calculated using numerical error propagation (Ludwig 1980).  Isotope ratios were plotted using Isoplot version 3.63 (Ludwig 1980, 1993, 2008); error ellipses on concordia diagrams (Fig. 9) reflect 2σ uncertainty.  Zircon fractions from samples 03/04b were analysed in three separate batches between June 2007 and January 2008. Total procedural blanks for the three separate batches over this period were 1.5 to 0.3pg for Pb and 0.1 for U.  Samples were blank corrected using the measured blank 204Pb:206Pb:207Pb:208Pb ratio of 1:18.18:15:60:38.02.  Correction for residual common lead above analytical blank was carried out using the Stacey-Kramers common lead evolutionary model (Stacey and Kramers 1975).

References
Aftalion, M., Bowes, D.R. & Vrána, S. 1989. Early Carboniferous U–Pb zircon age of garnetiferous, perpotassic granulites, Blansk´y les massif, Czechoslovakia. Neues Jahrbuch für Mineralogie, Monatsheft, 4, 145–152.

Black, L.P. & Gulson, B.L. 1978. The age of the Mud Tank carbonite, Strangways Range, Northern Territory. BMR Journal of Australian Geology and Geophysics, 3, 227-232.

Dickinson, W.R. & Gehrels, G.E. 2003. U-Pb ages of detrital zircons from Permian and Jurassic eolianite sandstones of the Colorado Plateau, USA: Paleogeographic implications. Sedimentary Geology, 163, 29-66. Gehrels, GE, Valencia, VA, & Ruiz, J. 2008. Enhanced precision, accuracy, efficiency, and spatial resolution of U-Pb ages by laser ablation–multicollector–inductively coupled plasma–mass spectrometry. Geochemistry Geophysics Geosystems, 9, doi:10.1029/2007GC001805

Horstwood, M.S.A., Foster, G.L., Parrish, R.R., Noble, S.R. & Nowell, G.M. 2003. Common-Pb corrected in situ U-Pb accessory mineral geochronology by LA-MC-ICP-MS. Journal of Analytical Atomic Spectrometry, 18, 837-846.

Ludwig, K.R. 1980. Calculation of uncertainties of U-Pb isotope data. Earth and Planetary Science Letters, 46, 212-220.

Ludwig, K.R. 1993. Isoplot: a plotting and regression program for radiogenic isotope data, Version 2.70. US Geological Survey Open File Report, 91-445.

Ludwig, K.R. 2008. User's Manual for Isoplot 3.63. Berkeley Geochronology Center, Berkeley, California. http://www.bgc.org/isoplot_etc/Isoplot3betaManual.pdf

Ludwig, K.R. &  Mundil, R. 2002. Extracting reliable U-Pb ages and errors from complex populations of zircons from Phanerozoic tuffs. 12th Goldschmidt Conference, 2002, Abstract.

Mattinson, J. M. 2005. Zircon U-Pb chemical abrasion ("CA-TIMS") method: Combined annealing and multi-step partial dissolution analysis for improved precision and accuracy of zircon ages. Chemical Geology, 220, 47-66.

Mundil, R., Ludwig, K.R., Metcalfe, I. & Renne, P.R. 2004. Age and timing of the Permian mass extinctions: U/Pb dating of closed-system zircons. Science, 305, 1760-1763.

Noble, S.R., Schweiters, J., Condon, D.J., Crowley, Q.G., Quaas, N. & Parrish, R.R. 2006. TIMS characterization of new generation of secondary electron multiplier. EOS Transactions of the American Geophysical Union, 87 (52), Fall Meeting Supplement, Abstract.

Noble, S. R., Tucker, R. D. & Pharaoh, T. C. 1993. Lower Palaeozoic and Precambrian igneous rocks from Eastern England, and their bearing on late Ordovician closure of the Tornquist sea - constraints from U-Pb and Nd isotopes. Geological Magazine, 130, 835-846.

Stacey, J.S. & Kramers, J.D. 1975. Approximation of terrestrial lead isotope evolution by a two-stage model. Earth and Planetary Science Letters, 26, 207-221.Wiedenbeck, M., Alle, P., Corfu, F., Griffin, W.L., Meier, M., Oberli, F., Von Quadt, A., Roddick, J.C. & Spiegel, W. 1995. Three natural zircon standards for U-Th-Pb and Lu-Hf, trace element and REE analyses. Geostandards Newsletter, 19, 1-23.

sample #?	238U     (ppm)	Ratios								Ages (Ma)						% discordance¶	Com-Pb correction™	
		207Pb/      206Pb	1s%	206Pb/     238U	1s%	207Pb/         235U	1s%	Rho§		207Pb/     206Pb	2s (Ma)	206Pb/   238U	2s (Ma)	207Pb/   235U	2s (Ma)			
07/101																		
07/101_Z14	18	0.0537	1.35	0.0753	1.42	0.557	1.96	0.73		357.4	60.8	468.2	12.8	449.9	14.1	-4.1	N	
07/101_Z23	25	0.0554	1.03	0.0754	1.40	0.576	1.73	0.81		428.3	45.8	468.6	12.6	461.8	12.8	-1.5	N	
07/101_Z20	6	0.0581	3.43	0.0765	1.42	0.613	3.71	0.38		533.0	150.2	475.1	13.0	485.2	28.2	2.1	N	
07/101_Z65	17	0.0575	1.61	0.0766	2.53	0.607	3.00	0.84		508.9	70.8	476.0	23.2	481.7	22.7	1.2	N	
07/101_Z12	13	0.0522	1.72	0.0768	1.53	0.553	2.30	0.67		295.0	78.4	476.8	14.1	446.7	16.5	-6.7	N	
07/101_Z70	13	0.0562	1.87	0.0768	2.51	0.596	3.13	0.80		462.1	83.1	477.0	23.0	474.5	23.5	-0.5	N	
07/101_Z13	28	0.0547	0.89	0.0770	1.48	0.581	1.73	0.86		401.6	40.0	478.0	13.6	465.0	12.8	-2.8	N	
07/101_Z49	8	0.0571	2.81	0.0772	2.54	0.608	3.78	0.67		496.3	123.7	479.4	23.4	482.3	28.6	0.6	N	
07/101_Z38	35	0.0535	0.80	0.0774	2.49	0.571	2.61	0.95		350.0	36.0	480.9	23.0	458.8	19.1	-4.8	N	
07/101_Z28	10	0.0548	2.21	0.0776	1.44	0.587	2.63	0.55		405.9	98.7	481.9	13.4	468.9	19.6	-2.8	N	
07/101_Z10	17	0.0535	1.41	0.0777	1.51	0.573	2.07	0.73		348.3	63.9	482.2	14.0	459.6	15.2	-4.9	N	
07/101_Z6	27	0.0545	0.91	0.0778	1.39	0.584	1.66	0.84		391.1	40.9	482.9	12.9	467.2	12.4	-3.3	N	
07/101_Z73	14	0.0567	1.74	0.0778	2.52	0.609	3.06	0.82		481.1	77.1	483.0	23.4	482.7	23.3	-0.1	N	
07/101_Z43	14	0.0564	1.74	0.0778	2.54	0.605	3.08	0.83		467.2	76.9	483.0	23.6	480.3	23.3	-0.6	N	
07/101_Z44	42	0.0570	0.69	0.0779	2.51	0.612	2.61	0.96		492.5	30.4	483.4	23.4	485.0	19.9	0.3	N	
07/101_Z53	10	0.0546	2.70	0.0779	2.49	0.587	3.67	0.68		397.8	120.8	483.7	23.2	469.0	27.2	-3.1	N	
07/101_Z64	23	0.0566	1.14	0.0783	2.51	0.611	2.75	0.91		474.0	50.6	486.2	23.4	484.0	21.0	-0.4	N	
07/101_Z31	20	0.0562	1.33	0.0788	2.48	0.611	2.82	0.88		461.3	58.8	488.8	23.3	484.0	21.5	-1.0	N	
07/101_Z30	8	0.0555	2.94	0.0788	2.48	0.603	3.85	0.65		433.0	130.9	489.2	23.4	479.4	29.0	-2.0	N	
07/101_Z41	17	0.0568	1.49	0.0789	2.49	0.618	2.90	0.86		484.6	65.7	489.3	23.5	488.5	22.3	-0.2	N	
07/101_Z61	13	0.0557	1.96	0.0790	2.49	0.607	3.17	0.79		440.9	87.0	489.9	23.5	481.4	24.0	-1.8	N	
07/101_Z26	26	0.0555	0.95	0.0791	1.41	0.606	1.70	0.83		433.8	42.3	490.7	13.3	480.8	13.0	-2.1	N	
07/101_Z45	11	0.0589	2.14	0.0791	2.57	0.643	3.35	0.77		563.9	93.1	491.0	24.3	504.1	26.2	2.6	N	
07/101_Z56	6	0.0568	4.32	0.0792	2.50	0.620	4.99	0.50		484.1	190.9	491.2	23.6	490.0	38.1	-0.3	N	
07/101_Z59	54	0.0573	0.67	0.0793	2.49	0.627	2.58	0.97		504.6	29.6	492.1	23.6	494.3	20.0	0.4	N	
07/101_Z46	17	0.0640	2.93	0.0797	2.55	0.704	3.88	0.66		741.7	123.9	494.5	24.2	540.9	32.0	8.6	N	
07/101_Z50	23	0.0559	1.14	0.0801	2.49	0.618	2.74	0.91		449.3	50.6	496.7	23.8	488.4	21.0	-1.7	N	
07/101_Z54	9	0.0560	2.55	0.0821	2.54	0.634	3.60	0.70		450.7	113.5	508.9	24.8	498.4	28.0	-2.1	N	
07/101_Z24	40	0.0559	0.63	0.0825	1.37	0.636	1.51	0.91		446.7	28.1	511.2	13.5	499.6	11.9	-2.3	N	
07/101_Z38	32	0.0570	0.83	0.0830	2.49	0.652	2.62	0.95		492.5	36.6	513.8	24.5	509.9	20.8	-0.8	N	
07/101_Z39	11	0.0581	2.09	0.0848	2.55	0.679	3.30	0.77		532.3	91.7	524.6	25.6	526.0	26.7	0.3	N	
07/101_Z15	29	0.0548	0.78	0.0850	1.48	0.642	1.67	0.88		402.8	35.1	526.2	14.9	503.7	13.2	-4.5	N	
07/101_Z16	16	0.0556	1.85	0.0919	1.82	0.705	2.59	0.70		438.1	82.4	566.6	19.7	541.7	21.6	-4.6	N	
07/101_Z21	46	0.0572	0.51	0.0934	1.53	0.737	1.62	0.95		500.0	22.5	575.9	16.9	560.8	13.8	-2.7	N	
07/101_Z19	13	0.0717	0.72	0.1635	1.43	1.617	1.60	0.89		978.6	29.5	976.3	25.8	977.0	19.9	0.1	N	
07/101_Z25	11	0.0723	0.82	0.1853	1.45	1.848	1.67	0.87		995.1	33.2	1095.9	29.2	1062.7	21.7	-10.1	N	
07/101_Z69	16	0.0726	1.06	0.1447	4.14	1.448	4.27	0.97		1001.8	43.0	871.1	67.1	908.8	50.1	4.2	N	
07/101_Z5	33	0.0734	0.34	0.1772	1.41	1.792	1.45	0.97		1024.3	13.6	1051.4	27.4	1042.7	18.7	-2.6	N	
07/101_Z40	10	0.0756	0.85	0.1889	2.50	1.969	2.64	0.95		1084.2	34.1	1115.4	51.0	1104.9	34.9	-2.9	N	
07/101_Z17	10	0.0761	0.72	0.1981	1.54	2.078	1.70	0.91		1096.5	28.7	1165.3	32.7	1141.5	23.0	-6.3	N	
07/101_Z16-2	30	0.0776	0.49	0.1582	1.74	6.323	0.03	0.96		1137.2	19.3	946.5	30.5	1005.8	22.8	5.9	N	
07/101_Z66	24	0.0779	0.39	0.1974	2.52	2.122	2.55	0.99		1145.4	15.4	1161.4	53.3	1155.8	34.6	-1.4	N	
07/101_Z29	8	0.0785	0.93	0.2096	2.48	2.270	2.65	0.94		1160.6	36.8	1226.8	55.3	1203.1	36.7	-5.7	N	
07/101_Z35	15	0.0842	0.62	0.2371	2.51	2.753	2.58	0.97		1297.8	24.0	1371.6	61.7	1343.0	37.8	-5.7	N	
07/101_Z67	16	0.0872	0.53	0.2485	2.52	2.989	2.58	0.98		1366.0	20.3	1430.5	64.4	1404.8	38.5	-4.7	N	
07/101_Z47	28	0.0882	0.27	0.2385	2.54	2.901	2.56	0.99		1387.3	10.4	1379.0	62.8	1382.3	37.9	0.6	N	
07/101_Z1	33	0.0888	0.20	0.2385	1.39	2.921	1.41	0.99		1399.9	7.6	1379.0	34.5	1387.2	21.1	1.5	N	
07/101_Z52	31	0.0892	0.24	0.2419	2.52	2.974	2.53	1.00		1407.5	9.2	1396.6	62.9	1400.9	37.7	0.8	N	
07/101_Z33	19	0.0998	0.33	0.2915	2.49	4.013	2.51	0.99		1620.9	12.4	1649.2	71.9	1636.8	40.0	-1.7	N	
07/101_Z4	13	0.1000	0.34	0.2942	1.44	4.057	1.48	0.97		1624.2	12.8	1662.5	42.0	1645.7	23.8	-2.4	N	
07/101_Z48	37	0.1008	0.18	0.2868	2.53	3.984	2.54	1.00		1638.2	6.6	1625.3	72.3	1630.9	40.3	0.8	N	
07/101_Z72	32	0.1016	0.18	0.3025	2.55	4.238	2.56	1.00		1654.2	6.7	1703.5	76.0	1681.5	41.2	-3.0	N	
07/101_Z68	9	0.1072	0.45	0.3153	2.55	4.662	2.59	0.98		1752.8	16.4	1766.8	78.5	1760.4	42.5	-0.8	N	
07/101_Z71	8	0.1122	0.47	0.3336	2.53	5.159	2.57	0.98		1834.5	17.0	1856.0	81.0	1845.9	42.8	-1.2	N	
07/101_Z2	21	0.1505	0.24	0.4269	1.39	8.859	1.41	0.99		2351.7	8.2	2291.7	53.4	2323.6	25.4	2.5	N	
07/101_Z22	31	0.1670	0.59	0.5024	1.57	11.569	1.68	0.94		2528.0	19.8	2623.9	67.4	2570.1	30.9	-3.8	N	
07/101_Z3	12	0.1835	0.15	0.5057	1.40	12.792	1.41	0.99		2684.5	4.8	2638.2	60.5	2664.5	26.2	1.7	N	
07/101_Z60	19	0.1863	0.17	0.5021	2.57	12.901	2.58	1.00		2710.0	5.4	2623.0	109.8	2672.4	47.4	3.2	N	
07/101_Z58	6	0.1877	0.28	0.5281	2.51	13.669	2.52	0.99		2722.3	9.3	2733.6	110.8	2727.1	46.7	-0.4	N	
07/101_Z7	21	0.1974	0.18	0.5399	1.41	14.699	1.42	0.99		2805.2	6.0	2783.2	63.3	2796.0	26.6	0.8	N	
																		
07/102; 03/230																		
07/102_Z1	343	0.0574	0.67	0.0765	1.18	0.605	1.36	0.87		505.7	29.5	475.2	10.8	480.5	10.3	1.1	N	
03/230-5a	26	0.0534	5.70	0.07660	0.98	0.5641	5.77	0.17		346	68	475.8	11.0	454	33	-4.8	Y	
07/102_Z5	164	0.0569	1.36	0.0769	1.21	0.603	1.82	0.67		486.5	60.0	477.8	11.1	479.3	13.8	0.3	N	
03/230-29	436	0.0554	11.17	0.07708	3.89	0.5888	11.83	0.33		428	250	478.7	18.0	470	45	-1.8	Y	
07/102_Z25	269	0.0567	0.81	0.0774	1.22	0.605	1.46	0.83		480.0	35.7	480.8	11.3	480.6	11.2	0.0	N	
07/102_Z15	259	0.0574	0.92	0.0775	1.27	0.613	1.57	0.81		505.5	40.6	481.1	11.8	485.3	12.0	0.9	N	
07/102_Z17	248	0.0563	0.86	0.0775	1.32	0.602	1.57	0.84		464.7	37.9	481.2	12.2	478.3	11.9	-0.6	N	
07/102_Z11	437	0.0568	0.54	0.0776	1.19	0.608	1.30	0.91		485.3	23.6	482.0	11.0	482.6	10.0	0.1	N	
07/102_Z52	234	0.0551	0.93	0.0776	1.21	0.590	1.52	0.79		417.2	41.6	482.0	11.2	470.9	11.4	-2.4	N	
07/102_Z33	185	0.0568	1.09	0.0778	1.19	0.609	1.61	0.73		482.4	48.3	482.8	11.0	482.7	12.3	0.0	N	
03/230-44a	30	0.0598	11.30	0.07782	1.08	0.6414	11.33	0.10		596	122	483.1	5.4	503	71	4.0	Y	
07/102_Z54	201	0.0559	1.15	0.0782	1.26	0.603	1.71	0.74		448.6	51.2	485.4	11.7	479.0	12.9	-1.3	N	
07/102_Z38	202	0.0562	1.05	0.0782	1.20	0.606	1.60	0.75		460.9	46.5	485.5	11.3	481.2	12.2	-0.9	N	
07/102_LG_Z7	63	0.0531	2.75	0.0782	0.80	0.573	2.87	0.28		332.3	124.7	485.6	7.5	459.7	21.0	-5.6	N	
07/102_Z62	372	0.0563	0.63	0.0783	1.20	0.607	1.35	0.89		463.9	27.9	485.7	11.2	481.9	10.3	-0.8	N	
07/102_Z58	464	0.0562	0.53	0.0783	1.25	0.607	1.36	0.92		460.9	23.7	485.8	11.7	481.5	10.4	-0.9	N	
03/230a-43a	13	0.0594	5.70	0.07831	1.06	0.6415	5.82	0.18		582	62	486.0	5.4	503	37	3.4	Y	
07/102_Z55	187	0.0549	1.09	0.0785	1.21	0.595	1.63	0.74		409.0	48.7	487.3	11.4	473.8	12.3	-2.8	N	
07/102_LG_Z25	119	0.0563	1.12	0.0786	0.81	0.611	1.38	0.58		465.8	49.6	488.0	7.6	484.1	10.6	-0.9	N	
07/102_Z29	175	0.0586	1.19	0.0787	1.22	0.636	1.71	0.71		553.8	52.1	488.5	11.5	500.1	13.4	2.3	N	
07/102_Z34	575	0.0563	0.50	0.0789	1.22	0.613	1.32	0.93		465.4	22.2	489.4	11.5	485.2	10.1	-0.9	N	
03/230-16a	61	0.0572	6.20	0.07890	0.71	0.6227	6.24	0.12		501	72	489.6	10.8	492	39	0.5	Y	
07/102_Z26	528	0.0569	0.50	0.0789	1.19	0.620	1.29	0.92		489.2	22.1	489.7	11.2	489.6	10.0	0.0	N	
07/102_Z23	594	0.0574	0.50	0.0790	1.20	0.625	1.30	0.92		506.4	22.0	490.2	11.3	493.1	10.1	0.6	N	
07/102_LG_Z27	78	0.0551	1.65	0.0792	1.06	0.601	1.96	0.54		415.1	73.8	491.1	10.0	477.9	14.9	-2.8	N	
03/230-4a	25	0.0630	8.90	0.07930	1.39	0.6888	9.03	0.15		708	97	492.0	12.5	532	61	7.5	Y	
07/102_Z68	631	0.0562	0.50	0.0797	1.23	0.618	1.32	0.93		462.0	22.2	494.1	11.7	488.4	10.2	-1.2	N	
07/102_Z64	175	0.0569	1.61	0.0797	1.24	0.625	2.03	0.61		488.2	70.9	494.4	11.8	493.3	15.7	-0.2	N	
07/102_Z30	404	0.0579	0.80	0.0800	1.21	0.639	1.45	0.83		526.7	35.2	496.2	11.5	501.7	11.4	1.1	N	
03/230-40	135	0.0543	5.48	0.08007	2.15	0.5990	5.88	0.37		382	123	496.6	10.3	477	22	-4.2	Y	
07/102_Z61	474	0.0567	0.53	0.0802	1.19	0.628	1.30	0.91		481.7	23.5	497.3	11.4	494.6	10.2	-0.6	N	
07/102_Z35	356	0.0569	0.66	0.0822	1.17	0.645	1.34	0.87		486.5	29.1	509.3	11.4	505.2	10.6	-0.8	N	
03/230-4	64	0.0642	14.98	0.08240	1.93	0.7291	15.10	0.13		747	318	510.4	9.5	556	65	8.2	Y	
07/102_Z40	222	0.0599	1.07	0.0824	1.22	0.681	1.62	0.75		600.5	46.2	510.6	12.0	527.4	13.3	3.2	N	
03/230-6	56	0.0526	14.40	0.08271	2.67	0.5996	14.65	0.18		311	329	512.3	13.2	477	56	-7.4	Y	
07/102_Z66	145	0.0590	1.41	0.0831	1.50	0.675	2.05	0.73		565.6	61.3	514.3	14.8	523.8	16.7	1.8	N	
07/102_Z69	149	0.0569	1.39	0.0884	1.26	0.693	1.88	0.67		487.0	61.4	546.0	13.1	534.7	15.5	-2.1	N	
03/230-8a	34	0.0683	5.70	0.09727	1.41	0.9157	5.90	0.24		877	63	598.4	15.3	660	53	9.3	Y	
07/102_Z65	527	0.0628	1.78	0.1003	2.84	0.869	3.35	0.85		702.1	75.8	616.2	33.3	634.9	31.1	2.9	N	
07/102_Z57	143	0.0704	1.17	0.1497	2.14	1.454	2.44	0.88		940.9	47.8	899.2	35.8	911.4	28.9	1.3	N	
07/102_Z3	245	0.0717	0.50	0.1556	1.23	1.538	1.33	0.93		977.2	20.4	932.5	21.3	945.9	16.2	1.4	N	
07/102_LG_Z29	61	0.0720	0.83	0.1728	1.09	1.716	1.37	0.80		986.2	33.8	1027.5	20.7	1014.4	17.4	-4.2	N	
07/102_LG_Z10	110	0.0722	0.47	0.1787	0.80	1.779	0.92	0.86		991.9	18.9	1059.7	15.5	1037.8	11.9	-6.8	N	
07/102_Z16	188	0.0724	0.52	0.1731	1.26	1.728	1.36	0.93		996.9	21.0	1029.2	24.0	1018.9	17.4	-3.2	N	
03/230-2	98	0.0728	2.36	0.16517	2.92	1.6572	3.75	0.78		1008	48	985.5	26.7	992	24	2.2	Y	
07/102_Z59	119	0.0729	0.82	0.1698	2.26	1.706	2.41	0.94		1010.7	33.3	1010.8	42.2	1010.7	30.3	0.0	N	
03/230-39a	13	0.0733	4.30	0.16253	0.76	1.6437	4.39	0.17		1024	44	970.8	8.0	987	71	5.2	Y	
07/102_Z53	194	0.0736	0.50	0.1818	1.26	1.845	1.36	0.93		1031.1	20.2	1076.8	24.9	1061.8	17.7	-4.4	N	
07/102_Z19	311	0.0736	0.50	0.1682	1.36	1.707	1.45	0.94		1031.4	20.2	1001.9	25.1	1011.2	18.4	2.9	N	
07/102_LG_Z8	78	0.0741	0.62	0.1880	0.80	1.921	1.01	0.79		1044.4	25.0	1110.4	16.2	1088.3	13.4	-6.3	N	
03/230-9a	165	0.0743	9.20	0.1661	0.77	1.700	9.26	0.08		1049	95	990.3	22.9	1009	148	5.6	Y	
07/102_Z37	321	0.0743	0.50	0.1823	1.30	1.867	1.40	0.93		1049.7	20.2	1079.3	25.8	1069.5	18.3	-2.8	N	
07/102_Z24	172	0.0745	0.50	0.1788	1.21	1.836	1.30	0.92		1054.0	20.1	1060.6	23.5	1058.4	17.0	-0.6	N	
07/102_LG_Z28	86	0.0748	0.53	0.1893	0.97	1.953	1.10	0.88		1063.8	21.4	1117.5	19.8	1099.4	14.7	-5.1	N	
07/102_Z60	106	0.0749	0.87	0.1724	1.29	1.781	1.56	0.83		1065.9	34.9	1025.5	24.4	1038.5	20.0	3.8	N	
07/102_Z9	969	0.0750	0.50	0.1801	1.22	1.861	1.32	0.93		1067.2	20.1	1067.5	24.0	1067.4	17.3	0.0	N	
03/230-37	26	0.0750	3.81	0.1643	2.65	1.700	4.64	0.57		1070	77	980.9	24.1	1009	30	8.3	Y	
07/102_LG_Z21	17	0.0752	2.15	0.1853	0.81	1.921	2.30	0.35		1073.5	86.4	1095.8	16.2	1088.3	30.2	-2.1	N	
07/102_Z21	351	0.0752	0.50	0.1693	1.20	1.756	1.30	0.92		1073.9	20.1	1008.5	22.3	1029.4	16.7	6.1	N	
07/102_Z19A	1167	0.0752	0.50	0.1763	1.31	1.829	1.40	0.93		1074.9	20.1	1046.8	25.3	1055.9	18.3	2.6	N	
07/102_Z7	162	0.0753	0.50	0.1806	1.22	1.877	1.32	0.93		1077.7	20.1	1070.5	24.1	1072.9	17.4	0.7	N	
07/102_Z6	188	0.0754	0.50	0.1814	1.22	1.886	1.32	0.93		1079.6	20.1	1074.5	24.2	1076.2	17.4	0.5	N	
07/102_Z12	370	0.0755	0.50	0.1832	1.30	1.908	1.39	0.93		1082.9	20.1	1084.4	25.9	1083.9	18.4	-0.1	N	
03/230-15a	125	0.0759	5.70	0.1778	0.83	1.861	5.76	0.14		1093	61	1055.1	24.8	1067	104	3.5	Y	
03/230-5	146	0.0763	2.67	0.1734	3.39	1.823	4.32	0.79		1102	53	1030.7	32.3	1054	28	6.5	Y	
03/230-41	129	0.0763	2.85	0.1789	1.92	1.881	3.44	0.56		1102	57	1060.9	18.8	1074	23	3.7	Y	
07/102_Z41	247	0.0763	0.50	0.1808	1.49	1.901	1.57	0.95		1102.7	20.0	1071.1	29.3	1081.6	20.7	2.9	N	
03/230-19a	58	0.0768	5.39	0.1720	0.87	1.821	5.46	0.16		1116	57	1022.9	24.2	1053	96	8.3	Y	
07/102_LG_Z26	100	0.0770	0.45	0.1938	0.79	2.059	0.90	0.87		1122.4	17.8	1142.2	16.4	1135.4	12.3	-1.8	N	
07/102_Z2	331	0.0771	0.50	0.1898	1.23	2.017	1.33	0.93		1123.4	19.9	1120.4	25.3	1121.4	17.9	0.3	N	
03/230-19	386	0.0773	1.03	0.1751	0.70	1.866	1.25	0.56		1129	21	1039.9	6.7	1069	8	7.9	Y	
07/102_LG_Z22	116	0.0782	0.38	0.2005	0.80	2.163	0.88	0.90		1153.2	15.3	1178.0	17.1	1169.3	12.2	-2.1	N	
07/102_LG_Z31	70	0.0788	0.57	0.2043	0.91	2.221	1.07	0.85		1168.2	22.6	1198.6	19.8	1187.8	14.9	-2.6	N	
07/102_Z67	220	0.0788	0.99	0.1907	1.83	2.073	2.08	0.88		1168.2	39.0	1125.1	37.6	1139.9	28.0	3.7	N	
07/102_Z4	720	0.0791	0.50	0.2171	1.18	2.368	1.28	0.92		1174.8	19.8	1266.6	27.1	1233.0	18.1	-7.8	N	
07/102_Z36	501	0.0791	0.50	0.2052	1.21	2.238	1.31	0.92		1174.8	19.8	1203.0	26.5	1193.0	18.2	-2.4	N	
07/102_Z18	226	0.0792	0.50	0.2031	1.28	2.219	1.37	0.93		1178.4	19.8	1192.0	27.7	1187.2	19.0	-1.2	N	
03/230-56a	39	0.0798	1.23	0.1810	0.77	1.992	1.45	0.53		1193	12	1072.3	9.0	1113	29	10.1	Y	
03/230-13a	11	0.0819	5.78	0.1930	1.00	2.180	5.86	0.17		1243	60	1137.8	27.8	1175	122	8.5	Y	
03/230-18	53	0.0840	4.24	0.1994	1.91	2.309	4.65	0.41		1292	83	1172.1	20.5	1215	33	9.3	Y	
07/102_LG_Z6	41	0.0849	0.74	0.2446	0.82	2.863	1.10	0.74		1312.9	28.9	1410.8	20.7	1372.3	16.5	-7.5	N	
03/230-35a	22	0.0863	1.25	0.2177	2.13	2.589	2.47	0.86		1344	12	1269.7	29.8	1298	63	5.5	Y	
03/230-32a	30	0.0873	8.57	0.2169	1.98	2.612	8.80	0.23		1368	83	1265.6	27.6	1304	210	7.5	Y	
07/102_Z27	240	0.0881	0.50	0.2428	1.26	2.949	1.35	0.93		1384.3	19.2	1401.3	31.6	1394.5	20.3	-1.2	N	
03/230-3a	35	0.0882	2.57	0.2307	2.49	2.806	3.58	0.70		1386	31	1338.4	47.3	1357	97	3.4	Y	
07/102_Z14	200	0.0906	0.50	0.2473	1.36	3.088	1.45	0.94		1437.4	19.1	1424.6	34.8	1429.7	22.1	0.9	N	
07/102_LG_Z9	262	0.0916	0.14	0.2556	0.81	3.226	0.83	0.98		1458.3	5.5	1467.1	21.3	1463.5	12.7	-0.6	N	
03/230-22	33	0.0922	6.98	0.2520	3.27	3.203	7.71	0.42		1471	133	1449.0	42.5	1458	60	1.5	Y	
07/102_Z22	32	0.0924	1.50	0.2452	1.24	3.126	1.94	0.64		1476.4	56.8	1413.8	31.4	1439.0	29.5	4.2	N	
03/230-27	144	0.0930	0.78	0.2564	2.87	3.289	2.98	0.96		1489	15	1471.5	37.8	1479	23	1.2	Y	
03/230-38a	23	0.0935	1.80	0.2332	1.46	3.005	2.31	0.63		1497	17	1351.0	21.9	1409	68	9.8	Y	
07/102_Z65	435	0.0946	2.65	0.2427	4.68	3.166	5.37	0.87		1520.1	99.8	1400.7	116.7	1448.8	79.7	7.9	N	
03/230-7a	64	0.0987	2.54	0.2836	0.53	3.859	2.59	0.21		1599	30	1609.4	37.8	1605	97	-0.7	Y	
07/102_Z10	196	0.0998	0.50	0.2904	1.21	3.997	1.31	0.92		1620.6	18.6	1643.7	35.2	1633.6	21.1	-1.4	N	
07/102_Z65	430	0.1009	0.50	0.2890	1.20	4.020	1.30	0.92		1640.3	18.6	1636.7	34.7	1638.3	21.0	0.2	N	
03/230-20	239	0.1040	0.72	0.2681	0.71	3.846	1.01	0.70		1697	13	1531.2	9.7	1602	8	9.8	Y	
07/102_Z20	299	0.1073	0.50	0.3100	1.20	4.586	1.30	0.92		1753.9	18.3	1740.8	36.5	1746.7	21.4	0.7	N	
03/230-43	84	0.1076	1.41	0.3007	1.10	4.463	1.79	0.61		1760	26	1694.9	16.4	1724	15	3.7	Y	
03/230-12a	85	0.1105	4.16	0.3227	0.86	4.918	4.25	0.20		1808	42	1803.1	45.2	1805	193	0.3	Y	
03/230-33a	94	0.1106	0.20	0.3023	1.38	4.612	1.39	0.99		1810	2	1702.8	26.8	1752	63	5.9	Y	
03/230-47a	23	0.1111	7.75	0.3061	3.23	4.687	8.39	0.39		1817	70	1721.4	63.4	1765	337	5.3	Y	
07/102_LG_Z24	123	0.1111	0.23	0.3275	0.83	5.018	0.86	0.96		1817.8	8.3	1826.3	26.4	1822.3	14.5	-0.5	N	
03/230-27a	39	0.1118	0.61	0.3017	1.42	4.649	1.55	0.92		1828	6	1699.8	27.5	1758	71	7.0	Y	
07/102_Z44	254	0.1142	0.50	0.3213	1.27	5.058	1.36	0.93		1866.6	18.0	1796.3	39.7	1829.1	22.9	3.8	N	
07/102_LG_Z5	410	0.1143	0.23	0.3025	0.82	4.767	0.85	0.96		1869.0	8.5	1703.5	24.4	1779.1	14.2	8.9	N	
03/230-48a	79	0.1151	0.28	0.3168	1.10	5.025	1.14	0.97		1881	3	1774.0	22.5	1824	56	5.7	Y	
07/102_LG_Z30	31	0.1309	0.47	0.3883	1.26	7.010	1.35	0.94		2110.7	16.4	2114.7	45.4	2112.7	23.7	-0.2	N	
07/102_Z13	100	0.1329	0.50	0.3968	1.27	7.273	1.36	0.93		2136.8	17.5	2154.5	46.3	2145.5	24.1	-0.8	N	
03/230-31a	37	0.1560	3.69	0.4079	1.74	8.772	4.07	0.43		2413	31	2205.1	45.5	2315	310	8.6	Y	
03/230-23	88	0.1626	1.57	0.4171	4.62	9.350	4.88	0.95		2482	27	2247.4	87.7	2373	45	9.5	Y	
07/102_Z63	161	0.1657	0.50	0.4846	1.19	11.069	1.29	0.92		2514.3	16.8	2547.2	49.9	2528.9	23.8	-1.3	N	
07/102_Z32	135	0.1705	0.50	0.4658	1.27	10.949	1.37	0.93		2562.3	16.7	2465.2	51.9	2518.8	25.1	3.8	N	
07/102_Z8	315	0.1744	0.50	0.4836	1.19	11.627	1.29	0.92		2599.9	16.7	2543.1	49.6	2574.8	23.8	2.2	N	
03/230-25	51	0.1745	1.45	0.4352	3.30	10.469	3.61	0.92		2601	24	2329.2	64.6	2477	33	10.4	Y	
03/230-22a	63	0.1776	2.66	0.4493	2.52	11.005	3.66	0.69		2631	22	2392.1	72.7	2524	344	9.1	Y	
03/230-34a	24	0.1839	4.73	0.4994	1.27	12.665	4.90	0.26		2689	39	2611.2	40.8	2655	490	2.9	Y	
07/102_Z39	105	0.1854	0.50	0.5245	1.39	13.409	1.48	0.94		2701.9	16.5	2718.4	61.5	2708.9	27.6	-0.6	N	
07/102_LG_Z32	58	0.1857	0.19	0.4774	0.86	12.222	0.88	0.98		2704.4	6.2	2515.7	35.9	2621.6	16.5	7.0	N	
07/102_Z49	132	0.1859	0.50	0.4666	1.34	11.960	1.43	0.94		2706.3	16.5	2468.5	54.8	2601.3	26.5	8.8	N	
07/102_Z46	134	0.1888	0.50	0.5238	1.27	13.638	1.37	0.93		2732.0	16.5	2715.4	56.1	2724.9	25.5	0.6	N	
07/102_Z31	394	0.1925	0.50	0.5261	1.23	13.966	1.33	0.93		2763.7	16.4	2725.2	54.3	2747.4	24.8	1.4	N	
03/230-41a	26	0.1959	0.32	0.5041	2.45	13.618	2.47	0.99		2792	3	2631.6	79.2	2724	295	5.7	Y	
07/102_Z42	75	0.1962	0.50	0.5353	1.25	14.477	1.35	0.93		2794.5	16.4	2763.7	56.1	2781.5	25.3	1.1	N	
																		
07/103; 03/228																		
03/228-12	104	0.0558	8.86	0.0743	2.05	0.572	9.10	0.23		443.8	197.4	462.2	9.1	459.1	33.6	-4.2	Y	
07/103_Z49	67	0.0541	2.32	0.0748	0.84	0.558	2.46	0.01		375.6	104.3	464.8	7.5	450.1	17.8	-3.3	N	
07/103-13	66	0.0567	2.31	0.0748	1.90	0.584	2.99	0.64		478.1	102.0	465.0	17.0	467.2	22.1	0.5	N	
03/228-34	85	0.0580	9.65	0.0752	1.78	0.601	9.82	0.18		528.1	212.0	467.3	8.0	477.7	37.4	11.5	Y	
03/228-32	84	0.0583	8.41	0.0753	3.03	0.605	8.94	0.34		541.7	184.1	468.0	13.7	480.7	34.2	13.6	Y	
07/103-21	51	0.0566	2.88	0.0754	1.87	0.588	3.43	0.02		474.4	127.3	468.4	16.9	469.4	25.5	0.2	N	
07/103_33	81	0.0539	1.86	0.0760	0.98	0.565	2.11	0.01		368.4	84.0	472.0	8.9	454.8	15.3	-3.8	N	
07/103_Z51	54	0.0532	2.85	0.0760	0.90	0.558	2.99	0.02		336.5	129.2	472.5	8.2	450.0	21.5	-5.0	N	
07/103_Z29	40	0.0559	3.41	0.0760	1.88	0.587	3.89	0.02		450.1	151.4	472.5	17.1	468.7	28.8	-0.8	N	
07/103-14	26	0.0602	4.88	0.0763	1.92	5.242	0.03	0.37		609.3	210.9	473.8	17.5	497.7	40.4	4.8	N	
07/103-20	38	0.0565	3.62	0.0763	1.91	0.594	4.10	0.02		470.7	160.5	473.9	17.4	473.3	30.5	-0.1	N	
07/103_1	74	0.0551	1.82	0.0763	1.19	0.580	2.17	0.01		416.0	81.3	474.1	10.8	464.3	16.1	-2.1	N	
07/103-4-3	34	0.0558	4.14	0.0763	1.88	0.587	4.55	0.41		442.4	184.2	474.1	17.2	468.7	33.6	-1.1	N	
07/103-17	162	0.0564	1.02	0.0763	1.92	0.593	2.18	0.01		466.6	45.2	474.1	17.6	472.8	16.3	-1.6	N	
07/103-19	96	0.0564	1.60	0.0765	1.90	0.595	2.48	0.01		468.0	71.0	475.4	17.4	474.1	18.6	-0.3	N	
07/103_Z23	82	0.0561	1.80	0.0768	1.86	0.594	2.59	0.02		455.6	80.1	477.3	17.1	473.6	19.4	-0.8	N	
07/103_Z24	154	0.0574	1.15	0.0770	1.85	0.610	2.18	0.01		507.9	50.4	478.1	17.1	483.3	16.6	1.1	N	
07/103_Z45	48	0.0538	3.02	0.0770	0.82	0.572	3.13	0.02		364.1	136.1	478.5	7.5	459.2	22.8	-4.2	N	
07/103_4	78	0.0553	0.78	0.0773	0.86	0.589	1.16	0.01		423.8	34.8	480.2	8.0	470.5	8.7	-2.0	N	
07/103_L_Z6	98	0.0562	1.52	0.0775	0.90	0.600	1.77	0.01		461.4	67.6	480.9	8.4	477.5	13.4	-0.7	N	
03/228-9	77	0.0569	5.59	0.0782	2.63	0.614	6.18	0.43		487.1	123.5	485.6	12.3	485.9	23.9	0.3	Y	
07/103_Z1	31	0.0567	4.22	0.0788	1.97	0.616	4.66	0.42		478.4	186.7	488.9	18.5	487.1	35.4	-0.4	N	
07/103_35 	193	0.0562	0.81	0.0822	0.81	0.638	1.15	0.01		462.1	35.9	509.3	8.0	500.8	9.0	-1.7	N	
03/228-31	61	0.0644	8.49	0.1148	1.80	1.019	8.68	0.21		755.1	179.5	700.3	12.0	713.5	44.5	7.2	Y	
07/103_L_21	22	0.0722	2.16	0.1845	0.83	1.836	2.32	0.36		990.4	88.0	1091.8	16.7	1058.5	30.0	-10.2	N	
07/103_7	90	0.0732	0.58	0.1806	0.82	1.823	1.00	0.02		1019.8	23.3	1070.3	16.2	1053.8	13.1	-5.0	N	
07/103_Z26	38	0.0734	1.37	0.1734	1.90	1.756	2.34	0.04		1025.6	55.4	1031.0	36.1	1029.2	29.8	-0.5	N	
07/103_36 	214	0.0734	0.50	0.1722	0.92	1.743	1.05	0.02		1026.2	20.2	1024.0	17.5	1024.7	13.5	0.2	N	
07/103_L_19	307	0.0738	0.50	0.1789	0.82	0.958	0.02	0.85		1035.8	20.2	1060.7	16.0	1052.6	12.5	-2.4	N	
07/103_3	136	0.0740	0.50	0.1833	0.77	1.869	0.92	0.02		1040.8	20.2	1084.9	15.3	1070.3	12.1	-4.2	N	
07/103_Z31	21	0.0740	2.47	0.1700	2.06	1.734	3.22	0.06		1041.1	99.8	1011.9	38.5	1021.2	40.6	2.8	N	
07/103_Z44	143	0.0740	0.50	0.1759	0.82	1.795	0.96	0.02		1041.7	20.4	1044.5	15.7	1043.6	12.4	-0.3	N	
07/103_42 	90	0.0742	0.67	0.1745	0.90	1.786	1.12	0.02		1046.7	27.2	1037.1	17.2	1040.2	14.5	0.9	N	
07/103-10	29	0.0742	1.71	0.1783	1.90	1.825	2.56	0.74		1047.8	69.0	1057.5	37.0	1054.4	33.0	-0.9	N	
03/228-14	71	0.0746	2.71	0.1773	0.85	1.825	2.84	0.30		1058.7	54.6	1052.4	8.3	1054.4	18.6	0.2	Y	
07/103_Z48	93	0.0747	0.67	0.1770	0.82	1.822	1.06	0.02		1059.7	26.9	1050.5	15.8	1053.5	13.8	0.9	N	
07/103_Z50	218	0.0748	0.50	0.1732	1.02	1.786	1.14	0.02		1062.3	20.1	1029.8	19.4	1040.2	14.7	3.1	N	
03/228-38	86	0.0748	2.23	0.1831	2.30	1.888	3.20	0.72		1062.3	44.9	1083.9	23.0	1076.7	21.3	-0.7	Y	
07/103_Z25	81	0.0753	0.73	0.1827	1.89	1.896	2.02	0.04		1075.6	29.1	1081.7	37.5	1079.7	26.6	-0.6	N	
07/103_L_15	115	0.0780	0.50	0.2025	0.90	1.028	0.02	0.87		1147.7	19.9	1188.9	19.5	1174.4	14.2	-3.6	N	
07/103_5	213	0.0784	0.50	0.2027	0.79	2.190	0.93	0.02		1156.0	19.8	1189.7	17.1	1177.8	12.9	-2.9	N	
03/228-47	197	0.0799	2.14	0.1798	2.81	1.981	3.53	0.80		1195.1	42.3	1065.8	27.6	1109.2	23.8	3.9	Y	
03/228-18	43	0.0806	5.25	0.2081	2.38	2.311	5.76	0.41		1211.2	103.4	1218.4	26.4	1215.8	40.9	-0.2	Y	
03/228-7	92	0.0813	2.61	0.2047	1.09	2.294	2.83	0.39		1228.2	51.3	1200.5	11.9	1210.5	20.0	0.8	Y	
07/103_L_20	162	0.0832	0.50	0.2274	0.97	1.092	0.03	0.89		1273.1	19.5	1320.7	23.1	1302.7	15.9	-3.7	N	
03/228-44	151	0.0839	1.57	0.2123	3.23	2.455	3.59	0.90		1289.2	30.5	1241.2	36.5	1258.9	25.9	1.4	Y	
07/103_34 	280	0.0868	0.50	0.2244	0.84	2.684	0.98	0.03		1355.4	19.3	1304.8	19.8	1324.1	14.4	3.7	N	
07/103_Z53	37	0.0895	0.86	0.2508	0.93	3.094	1.27	0.04		1414.1	33.1	1442.5	24.1	1431.1	19.4	-2.0	N	
03/228-25	32	0.0896	5.69	0.2541	2.79	3.139	6.33	0.44		1416.7	108.8	1459.7	36.4	1442.3	48.8	-1.2	Y	
07/103_L_18	145	0.0907	0.50	0.2518	0.96	1.080	0.03	0.89		1440.1	19.1	1447.7	24.8	1444.6	16.5	-0.5	N	
07/103_9	130	0.0915	0.50	0.2624	1.01	3.311	1.13	0.04		1457.7	19.0	1502.0	27.1	1483.7	17.5	-3.0	N	
03/228-3	136	0.0922	1.64	0.2607	1.37	3.314	2.14	0.64		1471.3	31.1	1493.4	18.3	1484.3	16.7	-0.6	Y	
07/103-18	33	0.0985	0.82	0.2779	1.96	3.775	2.12	0.08		1596.7	30.7	1580.6	54.7	1587.5	33.5	1.0	N	
07/103_6	71	0.0998	0.50	0.2956	0.82	4.069	0.96	0.04		1620.9	18.6	1669.7	24.0	1648.2	15.5	-3.0	N	
07/103_40	241	0.1004	0.50	0.2866	0.90	3.969	1.03	0.04		1632.3	18.6	1624.5	25.7	1627.9	16.5	0.5	N	
07/103-15	32	0.1011	0.79	0.2911	1.91	4.058	2.06	0.92		1644.7	29.2	1646.8	55.2	1645.9	33.1	-0.1	N	
07/103-22	33	0.1055	0.69	0.3041	1.94	4.426	2.06	0.09		1723.8	25.5	1711.7	58.0	1717.2	33.6	0.7	N	
07/103_L_23	226	0.1093	0.50	0.3121	0.89	1.022	0.05	0.87		1788.4	18.2	1751.0	27.3	1768.1	17.0	2.1	N	
03/228-15	68	0.1111	2.44	0.3046	1.24	4.665	2.74	0.45		1817.2	44.3	1713.9	18.7	1760.9	22.9	2.7	Y	
07/103_L_14	90	0.1135	0.50	0.3369	0.86	0.993	0.05	0.86		1855.8	18.1	1871.9	27.8	1864.3	16.8	-0.9	N	
03/228-8	68	0.1143	2.63	0.3281	2.82	5.171	3.86	0.73		1869.0	47.5	1829.2	44.9	1847.9	32.8	1.0	Y	
07/103_Z28	102	0.1153	0.46	0.3165	2.07	5.031	2.12	0.11		1884.3	16.7	1772.5	63.7	1824.5	35.3	5.9	N	
07/103_L_13	119	0.1157	0.50	0.3405	0.99	1.109	0.06	0.89		1891.0	18.0	1889.1	32.3	1890.0	18.8	0.1	N	
07/103-11	29	0.1196	0.64	0.3477	1.89	5.733	1.99	0.95		1950.1	22.7	1923.5	62.4	1936.3	33.8	1.4	N	
07/103_Z27	163	0.1209	0.21	0.3446	1.89	5.745	1.91	0.11		1969.8	7.5	1908.8	62.3	1938.2	32.4	3.1	N	
03/228-27	28	0.1232	2.99	0.3636	1.41	6.177	3.31	0.43		2003.3	53.1	1999.1	24.3	2001.2	28.9	0.1	Y	
03/228-20	72	0.1471	1.03	0.4218	1.70	8.556	1.99	0.85		2312.7	17.7	2268.5	32.5	2291.8	18.1	1.0	Y	
07/103_Z32	50	0.1769	0.22	0.5081	1.87	12.393	1.88	0.23		2624.0	7.3	2648.7	80.6	2634.7	34.7	-0.9	N	
03/228-19	19	0.1819	2.37	0.5174	1.10	12.977	2.61	0.42		2670.4	39.2	2688.1	24.1	2678.0	24.6	-0.4	Y	
07/103_L_16	113	0.1827	0.50	0.5162	0.82	0.960	0.12	0.85		2677.6	16.5	2683.1	35.9	2679.9	17.9	-0.2	N	
03/228-16	151	0.1836	0.70	0.4571	1.15	11.575	1.35	0.85		2686.1	11.6	2426.9	23.3	2570.7	12.6	5.6	Y	
07/103_L_17	53	0.1855	0.50	0.5345	1.01	1.125	0.15	0.90		2702.4	16.5	2760.3	45.1	2727.0	21.1	-2.1	N	
03/228-2	43	0.1856	0.72	0.5152	1.25	13.182	1.44	0.87		2703.4	11.8	2678.7	27.4	2692.8	13.6	0.5	Y	
03/228-43	159	0.1871	0.70	0.4021	3.81	10.376	3.87	0.98		2717.1	11.6	2178.9	70.4	2468.9	35.9	11.7	Y	
03/228-11	56	0.1894	1.19	0.4720	2.56	12.326	2.82	0.91		2736.9	19.6	2492.3	52.9	2629.5	26.5	5.2	Y	
07/103_L_24	33	0.1897	0.50	0.5386	0.90	1.031	0.15	0.87		2739.3	16.5	2777.4	40.6	2755.4	19.4	-1.4	N	
03/228-13	67	0.1901	0.79	0.4799	1.34	12.575	1.56	0.86		2742.6	13.0	2526.7	28.1	2648.3	14.6	4.6	Y	
07/103_L_22	70	0.1901	0.50	0.5322	0.87	1.000	0.14	0.87		2742.9	16.4	2750.5	38.6	2746.2	18.8	-0.3	N	
03/228-42	81	0.1911	1.92	0.4377	5.45	11.529	5.78	0.94		2751.3	31.5	2340.2	107.0	2567.0	54.1	8.8	Y	
07/103_8	41	0.1912	0.50	0.5391	1.08	14.213	1.19	0.17		2752.6	16.4	2779.7	48.7	2764.0	22.4	-1.0	N	
07/103_39 	144	0.1918	0.50	0.5294	0.90	14.002	1.03	0.14		2757.9	16.4	2738.9	39.9	2749.9	19.3	0.7	N	
07/103_38	140	0.2067	0.50	0.5083	1.48	14.485	1.56	0.23		2879.6	16.2	2649.5	64.1	2782.0	29.3	8.0	N	
07/103_37 	81	0.2093	0.50	0.5519	0.83	15.928	0.97	0.15		2900.4	16.2	2832.9	38.1	2872.5	18.4	2.3	N	
																		
07/104; 03/227																		
07/104_Z1_2	5	0.0558	2.43	0.0724	1.06	0.557	2.65	0.40		443.6	108.1	450.8	9.3	449.6	19.1	-0.3	N	
07/104_Z8_1	8	0.0563	1.73	0.0735	0.95	0.571	1.98	0.48		465.3	76.7	457.2	8.4	458.6	14.5	0.3	N	
07/104_Z1_1	7	0.0552	1.77	0.0735	0.75	0.560	1.93	0.39		421.1	79.2	457.4	6.6	451.4	13.9	-1.3	N	
07/104_Z47	247	0.0554	0.72	0.0743	1.15	0.567	1.36	0.85		427.9	32.2	461.7	10.3	456.1	9.9	-1.2	N	
07/104_Z30a	201	0.0561	0.82	0.0745	1.08	0.576	1.36	0.80		457.1	36.4	463.1	9.6	462.1	10.0	-0.2	N	
07/104_Z6_1	6	0.0571	2.21	0.0745	0.75	0.587	2.33	0.32		496.7	97.3	463.4	6.7	469.1	17.4	1.2	N	
03/227-12	57	0.0581	12.85	0.0747	0.94	0.598	12.89	0.07		534.5	282.4	464.2	4.2	476.2	49.0	2.5	Y	
07/104_Z2_1	4	0.0555	4.25	0.0747	0.75	0.572	4.31	0.17		433.8	189.2	464.5	6.7	459.4	31.4	-1.1	N	
07/104_Z9_1	3	0.0550	3.63	0.0747	0.99	0.567	3.76	0.26		413.7	162.3	464.6	8.9	456.1	27.3	-1.9	N	
07/104_Z57	94	0.0560	1.63	0.0748	1.06	0.578	1.94	0.55		453.9	72.2	465.1	9.5	463.2	14.3	-0.4	N	
07/104_Z62	82	0.0566	1.75	0.0749	1.09	0.585	2.06	0.53		477.5	77.5	465.6	9.7	467.6	15.3	0.4	N	
03/227-31	93	0.0541	9.99	0.0752	1.66	0.561	10.13	0.16		377.2	225.3	467.2	7.5	452.3	37.0	-3.3	Y	
07/104_Z27	128	0.0563	1.21	0.0753	1.08	0.585	1.62	0.10		465.9	53.5	468.2	9.8	467.8	12.1	-0.1	N	
07/104_Z59	74	0.0569	1.94	0.0754	1.21	0.591	2.28	0.53		486.5	85.5	468.8	10.9	471.8	17.1	0.6	N	
07/104_Z15_1	6	0.0574	2.05	0.0757	0.93	0.599	2.25	0.41		508.7	90.2	470.3	8.4	476.9	17.0	1.4	N	
07/104_Z35	65	0.0564	2.29	0.0757	2.69	0.589	3.53	0.76		466.9	101.3	470.7	24.4	470.0	26.2	-0.1	N	
07/104_Z25a	101	0.0576	2.36	0.0758	1.56	0.602	2.83	0.55		512.8	103.8	471.1	14.1	478.3	21.3	8.1	N	
07/104_Z65	179	0.0562	0.91	0.0759	1.14	0.587	1.46	0.78		458.9	40.3	471.3	10.4	469.2	10.9	-0.5	N	
03/227-37	95	0.0563	8.99	0.0762	3.49	0.591	9.64	0.36		462	200	473.3	15.9	471	36	-0.4	Y	
07/104_Z51_2	37	0.0556	3.62	0.0764	1.12	0.585	3.79	0.30		436.8	161.2	474.4	10.3	468.0	28.0	-1.4	N	
07/104_Z50_2	40	0.0556	3.34	0.0765	1.10	0.587	3.52	0.31		436.4	148.7	475.3	10.1	468.7	26.1	-1.4	N	
07/104_Z73	31	0.0575	3.97	0.0766	1.27	0.607	4.17	0.31		509.0	174.6	475.7	11.7	481.4	31.5	1.2	N	
07/104_Z29	87	0.0532	1.51	0.0769	0.94	0.564	1.78	0.53		336.7	68.6	477.7	8.6	454.1	13.0	-5.2	N	
07/104_Z49_2	34	0.0557	3.89	0.0773	1.08	0.594	4.04	0.27		442.3	173.2	479.7	10.0	473.3	30.1	-1.4	N	
07/104_Z71	35	0.0562	3.67	0.0774	1.24	0.600	3.87	0.32		458.4	162.8	480.8	11.4	476.9	29.1	-0.8	N	
07/104_Z47_2	66	0.0564	2.11	0.0777	1.17	0.604	2.42	0.49		468.0	93.6	482.2	10.9	479.7	18.3	-0.5	N	
07/104_Z37	200	0.0564	0.71	0.0778	0.91	0.605	1.15	0.79		467.5	31.4	482.8	8.4	480.2	8.8	-0.6	N	
07/104_Z16	115	0.0568	1.13	0.0780	0.85	0.611	1.42	0.60		482.4	50.0	484.4	7.9	484.1	10.8	-0.4	N	
07/104_Z32	54	0.0609	2.46	0.0786	0.88	0.660	2.61	0.34		636.1	106.0	487.5	8.2	514.5	20.9	5.2	N	
07/104_Z32	80	0.0564	1.81	0.0812	1.11	0.632	2.12	0.52		469.5	80.0	503.5	10.8	497.4	16.6	-1.2	N	
03/227-36	590	0.0589	1.18	0.0931	2.10	0.756	2.41	0.87		565	26	573.7	11.5	572	11	-0.3	Y	
07/104_Z35_2	24	0.0599	4.13	0.0951	1.09	0.785	4.27	0.25		599.3	178.7	585.4	12.2	588.3	37.4	0.5	N	
07/104_Z10_2	6	0.0710	1.01	0.1431	1.99	1.401	2.23	0.89		958.8	41.1	861.9	32.0	889.5	26.1	3.1	N	
07/104_Z25	134	0.0705	0.49	0.1470	0.96	1.430	1.08	0.89		943.6	20.1	884.4	15.8	901.5	12.8	1.9	N	
07/104_Z20	92	0.0720	0.65	0.1750	1.02	1.738	1.21	0.85		986.5	26.3	1039.8	19.6	1022.8	15.5	-5.4	N	
07/104_Z42	373	0.0724	0.50	0.1747	1.19	1.744	1.29	0.92		997.4	20.3	1037.8	22.8	1024.9	16.5	-4.1	N	
07/104_Z58	16	0.0727	2.88	0.1727	1.38	1.733	3.20	0.43		1006.8	117.0	1027.2	26.2	1020.7	40.4	-2.0	N	
07/104_Z48	219	0.0730	0.50	0.1677	1.17	1.687	1.28	0.92		1013.3	20.3	999.3	21.7	1003.7	16.1	1.4	N	
03/227-34	130	0.0730	2.54	0.1684	1.17	1.696	2.80	0.42		1015	51	1003.5	10.9	1007	18	1.1	Y	
03/227-39	79	0.0734	3.32	0.1769	1.27	1.791	3.55	0.36		1026	67	1050.2	12.3	1042	23	-2.4	Y	
07/104_Z72	36	0.0738	1.37	0.1768	1.02	1.798	1.71	0.60		1034.8	55.2	1049.5	19.8	1044.7	22.0	-1.4	N	
07/104_Z26a	61	0.0738	0.87	0.1775	1.04	1.806	1.36	0.77		1036.3	35.3	1053.2	20.1	1047.7	17.6	-0.5	N	
07/104_Z31	113	0.0739	0.46	0.1862	1.05	1.897	1.14	0.92		1038.5	18.5	1100.7	21.2	1080.0	15.1	-6.0	N	
07/104_Z55	212	0.0739	0.50	0.1754	1.22	1.788	1.32	0.93		1040.0	20.2	1041.6	23.5	1041.1	17.1	-0.2	N	
03/227-18	129	0.0742	1.91	0.1798	1.52	1.840	2.44	0.62		1047	38	1065.9	14.9	1060	16	-1.8	Y	
07/104_Z45	55	0.0748	0.98	0.1690	1.20	1.744	1.55	0.78		1064.2	39.3	1006.4	22.4	1024.8	19.8	5.4	N	
07/104_Z13	82	0.0749	0.57	0.1835	0.95	1.895	1.10	0.86		1065.9	23.0	1086.3	18.9	1079.5	14.6	-1.9	N	
07/104_Z23	174	0.0750	0.30	0.1822	0.86	1.885	0.91	0.95		1069.3	11.9	1078.9	17.1	1075.7	12.0	-0.9	N	
07/104_Z60	89	0.0751	0.59	0.1847	1.03	1.911	1.19	0.87		1070.5	23.9	1092.4	20.7	1085.1	15.8	-2.0	N	
07/104_Z61	224	0.0756	0.50	0.1811	1.24	1.887	1.34	0.93		1083.7	20.1	1073.2	24.5	1076.7	17.6	1.0	N	
03/227-2	392	0.0756	0.97	0.1854	0.93	1.933	1.35	0.69		1085	20	1096.4	9.4	1093	9	-1.1	Y	
03/227-10	398	0.0759	0.70	0.1763	1.17	1.845	1.37	0.86		1092	14	1047.0	11.3	1062	9	4.1	Y	
07/104_Z3_1	2	0.0760	1.05	0.1820	0.75	1.907	1.29	0.58		1095.0	41.8	1077.9	14.9	1083.6	17.0	1.6	N	
03/227-14	54	0.0771	4.52	0.1887	1.77	2.006	4.85	0.36		1123	90	1114.5	18.1	1118	33	0.8	Y	
03/227-3	80	0.0771	2.17	0.1964	1.77	2.087	2.80	0.63		1123	43	1155.9	18.7	1145	19	-2.9	Y	
07/104_Z23a	155	0.0774	0.50	0.1981	1.09	2.114	1.20	0.91		1132.1	19.9	1164.9	23.2	1153.4	16.4	-1.0	N	
07/104_Z21	126	0.0775	0.36	0.1951	0.86	2.085	0.93	0.92		1134.5	14.2	1148.9	18.2	1143.9	12.7	-1.3	N	
07/104_Z12_1	5	0.0782	0.88	0.1875	1.07	2.020	1.38	0.77		1150.9	34.9	1107.6	21.7	1122.3	18.6	3.8	N	
03/227-25	98	0.0782	2.02	0.1837	1.32	1.981	2.42	0.55		1153	40	1087.1	13.2	1109	16	5.7	Y	
07/104_Z12_2	5	0.0783	0.75	0.1961	0.96	2.116	1.22	0.79		1154.2	30.0	1154.1	20.2	1154.1	16.7	0.0	N	
03/227-6	114	0.0789	3.36	0.2013	1.71	2.190	3.77	0.45		1170	67	1182.0	18.5	1178	26	-1.0	Y	
07/104_Z35a	144	0.0797	0.34	0.2011	0.91	2.210	0.97	0.94		1189.4	13.2	1181.3	19.7	1184.2	13.5	0.7	N	
03/227-32	188	0.0799	1.19	0.2003	0.89	2.207	1.48	0.60		1195	23	1177.0	9.6	1183	10	1.5	Y	
07/104_Z19	180	0.0808	0.50	0.2086	0.99	2.324	1.11	0.89		1216.7	19.7	1221.3	21.9	1219.6	15.6	-0.4	N	
03/227-9	27	0.0836	2.74	0.1888	1.72	2.176	3.23	0.53		1283	53	1114.6	17.6	1173	23	13.1	Y	
07/104_Z41	198	0.0855	0.50	0.2307	1.62	2.718	1.70	0.96		1326.1	19.4	1337.9	39.1	1333.4	24.9	-0.9	N	
07/104_Z11_1	4	0.0856	0.82	0.2100	1.29	2.479	1.52	0.84		1329.1	31.7	1229.1	28.7	1265.9	21.8	7.5	N	
07/104_Z38	360	0.0864	0.50	0.2351	1.54	2.800	1.62	0.95		1346.2	19.3	1361.3	37.6	1355.4	23.9	-1.1	N	
03/227-24	342	0.0869	0.70	0.2299	1.27	2.754	1.45	0.88		1358	14	1333.9	15.3	1343	11	1.8	Y	
03/227-22	194	0.0869	1.29	0.2220	1.63	2.661	2.08	0.78		1359	25	1292.2	19.1	1318	15	4.9	Y	
07/104_Z36	108	0.0873	0.31	0.2418	0.91	2.910	0.96	0.95		1366.7	12.0	1396.0	22.7	1384.5	14.4	-2.1	N	
07/104_Z16	54	0.0892	0.62	0.2461	1.04	3.026	1.21	0.86		1408.0	23.6	1418.3	26.3	1414.2	18.2	-0.7	N	
07/104_Z24	67	0.0895	0.45	0.2422	0.93	2.988	1.03	0.90		1414.0	17.2	1398.3	23.4	1404.5	15.6	1.1	N	
07/104_Z26	308	0.0895	0.28	0.2258	1.11	2.788	1.15	0.97		1415.8	10.8	1312.6	26.4	1352.4	17.0	7.3	N	
07/104_Z34	71	0.0964	0.37	0.2695	0.90	3.581	0.97	0.92		1555.0	14.0	1538.4	24.5	1545.4	15.3	1.1	N	
03/227-20	78	0.1003	1.33	0.2860	1.07	3.955	1.70	0.63		1630	25	1621.5	15.3	1625	14	0.5	Y	
07/104_Z40	87	0.1006	0.50	0.2811	1.55	3.900	1.63	0.95		1635.8	18.6	1596.7	43.8	1613.6	26.0	2.4	N	
07/104_Z66	82	0.1007	0.50	0.2793	1.25	3.879	1.35	0.93		1637.5	18.6	1587.8	35.1	1609.3	21.5	3.0	N	
03/227-17	226	0.1015	0.70	0.2819	1.67	3.947	1.81	0.92		1652	13	1600.9	23.7	1623	15	3.1	Y	
07/104_Z30	159	0.1036	0.16	0.3011	0.90	4.300	0.92	0.98		1689.5	5.9	1696.6	26.9	1693.4	15.0	-0.4	N	
07/104_Z69	80	0.1075	0.50	0.3249	1.28	4.817	1.37	0.93		1758.0	18.3	1813.5	40.3	1787.8	22.8	-3.2	N	
07/104_Z31a	29	0.1104	0.74	0.3068	1.23	4.670	1.43	0.86		1806.0	26.8	1725.0	37.1	1761.9	23.7	4.5	N	
07/104_Z37a	184	0.1109	0.50	0.3190	1.44	4.880	1.53	0.94		1814.9	18.2	1785.0	44.8	1798.8	25.4	1.6	N	
07/104_Z15	88	0.1110	0.26	0.2900	1.05	4.437	1.08	0.97		1815.2	9.3	1641.6	30.5	1719.2	17.8	9.6	N	
03/227-5	198	0.1127	0.70	0.3271	1.75	5.082	1.89	0.93		1843	13	1824.1	27.8	1833	16	1.0	Y	
07/104_Z64	324	0.1127	0.50	0.3276	1.42	5.091	1.51	0.94		1843.3	18.1	1826.9	45.1	1834.6	25.3	0.9	N	
07/104_Z67	159	0.1129	0.50	0.3239	1.11	5.040	1.21	0.91		1846.0	18.1	1808.8	34.8	1826.1	20.4	2.0	N	
03/227-19	241	0.1134	0.70	0.3265	1.50	5.103	1.66	0.91		1854	13	1821.2	23.8	1837	14	1.8	Y	
03/227-27	77	0.1137	1.07	0.3320	1.38	5.205	1.74	0.79		1860	19	1847.9	22.2	1853	15	0.7	Y	
07/104_Z74	146	0.1150	0.50	0.3414	1.27	5.412	1.37	0.93		1879.8	18.0	1893.2	41.6	1886.8	23.2	-0.7	N	
03/227-8	122	0.1156	0.74	0.3342	1.44	5.330	1.62	0.89		1890	13	1858.9	23.3	1874	14	1.6	Y	
03/227-7	38	0.1168	3.19	0.3380	1.74	5.444	3.64	0.48		1908	57	1877.2	28.3	1892	31	1.6	Y	
07/104_Z44	117	0.1251	0.50	0.3707	1.62	6.392	1.70	0.96		2029.5	17.7	2032.7	56.2	2031.1	29.3	-0.2	N	
07/104_Z46	23	0.1290	0.62	0.3780	1.21	6.722	1.36	0.89		2083.7	21.8	2067.1	42.5	2075.5	23.7	0.8	N	
03/227-1	130	0.1292	0.71	0.3776	1.66	6.724	1.80	0.92		2087	12	2064.8	29.3	2076	16	1.1	Y	
07/104_Z36a	76	0.1518	0.50	0.4507	1.26	9.433	1.35	0.93		2366.4	17.1	2398.2	50.2	2381.0	24.6	-1.3	N	
07/104_Z10	58	0.1628	0.23	0.4186	0.93	9.400	0.96	0.97		2485.4	7.6	2254.2	35.2	2377.8	17.4	9.3	N	
07/104_Z5_1	5	0.1686	0.20	0.4728	0.75	10.992	0.78	0.97		2544.1	6.6	2495.8	31.0	2522.5	14.3	1.9	N	
07/104_Z28	78	0.1788	0.50	0.4857	1.14	11.971	1.25	0.01		2641.4	16.6	2552.1	47.9	2602.1	23.1	3.4	N	
03/227-11	121	0.1820	0.70	0.4500	2.38	11.289	2.48	0.96		2671	12	2395.0	47.6	2547	23	10.3	Y	
07/104_Z52	110	0.1847	0.50	0.5124	1.05	13.048	1.16	0.90		2695.5	16.5	2666.8	45.6	2683.1	21.7	1.1	N	
03/227-28	91	0.1855	0.70	0.5130	0.80	13.123	1.06	0.75		2703	12	2669.2	17.5	2689	10	1.3	Y	
03/227-33	110	0.1864	0.70	0.5116	0.70	13.148	0.99	0.71		2711	12	2663.4	15.3	2690	9	1.8	Y	
03/227-21	80	0.1881	0.70	0.5229	1.27	13.557	1.45	0.88		2725	12	2711.4	28.1	2719	14	0.5	Y	
03/227-26	23	0.1882	1.89	0.5191	1.77	13.473	2.59	0.68		2727	31	2695.3	39.0	2713	25	1.2	Y	
07/104_Z17	93	0.1887	0.50	0.5392	1.00	14.033	1.12	0.89		2731.3	16.5	2780.2	44.9	2751.9	20.9	-1.8	N	
07/104_Z12	36	0.1897	0.21	0.5290	0.91	13.838	0.94	0.98		2739.7	6.8	2737.3	40.6	2738.7	17.6	0.1	N	
03/227-35	44	0.1917	1.05	0.5232	1.50	13.830	1.83	0.82		2757	17	2712.7	33.2	2738	17	1.6	Y	
03/227-38	94	0.1932	0.70	0.4757	0.92	12.670	1.16	0.79		2769	12	2508.6	19.1	2655	11	9.4	Y	
07/104_Z22	57	0.1961	0.14	0.5484	0.92	14.830	0.93	0.99		2794.3	4.5	2818.5	42.0	2804.4	17.6	-0.9	N	
07/104_Z11	73	0.1967	0.15	0.5421	0.96	14.702	0.98	0.99		2799.1	5.0	2792.1	43.5	2796.2	18.4	0.3	N	
03/227-13	117	0.2070	0.70	0.5444	0.74	15.542	1.02	0.73		2801.9	16.8	2849	10	2883	11	-1.7	Y	
03/227-4	172	0.2052	0.70	0.5607	1.41	15.868	1.57	0.90		2869.6	32.7	2869	15	2868	11	0.0	Y	
																		
? Samples beginning with 07/ were run at NIGL, Keyworth.  Sample with numbers beginning 03/ were run at Arizona LaserChron center	
§ Error correlation coefficient calculated using isoplot (Ludwig, 2003).	
¶ % difference between 207*Pb/206*Pb and 206*Pb/238U ages.