Citation:

j.precamres.2006.10.002

Name: (Table 3) 40Ar-39Ar data of samples from East Antarctica
Published: 2007
License: https://creativecommons.org/licenses/by/3.0/

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Coverage:

Median Latitude: -67.300667 * Median Longitude: 144.726667 * South-bound Latitude: -67.594000 * West-bound Longitude: 143.841000 * North-bound Latitude: -66.928000 * East-bound Longitude: 146.052000

Event(s):

AuroraPeak * Latitude: -67.380000 * Longitude: 144.287000 * Location: East Antarctica * Method/Device: Rock sample (ROCK)

GarnetPt * Latitude: -66.928000 * Longitude: 143.841000 * Location: East Antarctica * Method/Device: Rock sample (ROCK)

PenguinPt * Latitude: -67.594000 * Longitude: 146.052000 * Location: East Antarctica * Method/Device: Rock sample (ROCK)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event		Di Vincenzo, Gianfranco
2	Latitude of event	Latitude		Di Vincenzo, Gianfranco
3	Longitude of event	Longitude		Di Vincenzo, Gianfranco
4	Lithology/composition/facies	Lithology		Di Vincenzo, Gianfranco
5	Number of steps	N steps	#	Di Vincenzo, Gianfranco
6	Argon-36	36Ar	10^-15 mol	Di Vincenzo, Gianfranco	Infrared laser analysis	atmospheric
7	Argon-37	37Ar	10^-15 mol	Di Vincenzo, Gianfranco	Infrared laser analysis	37Ar(Ca)
8	Argon-38	38Ar	10^-15 mol	Di Vincenzo, Gianfranco	Infrared laser analysis	38Ar(Cl)
9	Argon-39	39Ar	10^-15 mol	Di Vincenzo, Gianfranco	Infrared laser analysis	39Ar(K)
10	Argon-40	40Ar	10^-15 mol	Di Vincenzo, Gianfranco	Infrared laser analysis	40Ar(Tot)
11	Age, dated	Age dated	ka	Di Vincenzo, Gianfranco	Age, 40Ar/39Ar Argon-Argon
12	Age, dated standard deviation	Age dated std dev	±	Di Vincenzo, Gianfranco	Age, 40Ar/39Ar Argon-Argon
13	Argon-40	40Ar	%	Di Vincenzo, Gianfranco		40Ar*
14	Argon-39	39Ar	%	Di Vincenzo, Gianfranco		39Ar(K)
15	Calcium/Potassium ratio	Ca/K		Di Vincenzo, Gianfranco
16	Standard deviation	Std dev	±	Di Vincenzo, Gianfranco		Ca/K, 2 sigma
17	Chlorine/Potassium ratio	Cl/K		Di Vincenzo, Gianfranco
18	Standard deviation	Std dev	±	Di Vincenzo, Gianfranco		Cl/K, 2 sigma

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

1242 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 Event	2 Latitude	3 Longitude	4 Lithology	5 N steps [#]	6 36Ar [10^-15 mol] (atmospheric, Infrared laser a...)	7 37Ar [10^-15 mol] (37Ar(Ca), Infrared laser anal...)	8 38Ar [10^-15 mol] (38Ar(Cl), Infrared laser anal...)	9 39Ar [10^-15 mol] (39Ar(K), Infrared laser analysis)	10 40Ar [10^-15 mol] (40Ar(Tot), Infrared laser ana...)	11 Age dated [ka] (Age, 40Ar/39Ar Argon-Argon)	12 Age dated std dev [±] (Age, 40Ar/39Ar Argon-Argon)	13 40Ar [%] (40Ar*)	14 39Ar [%] (39Ar(K))	15 Ca/K	16 Std dev [±] (Ca/K, 2 sigma)	17 Cl/K	18 Std dev [±] (Cl/K, 2 sigma)
AuroraPeak	-67.38	144.29	Amphibole (4 grains, 0.25-0.30 mm) from amphibolite 19.2T22, J=0.018390 ± 0.000152	1	0.00498	0.459100	0.01940	0.126580	43.5600	3540000	32000	96.6	2.7	6.7400	0.8000	0.09700	0.01200
AuroraPeak	-67.38	144.29	Amphibole (4 grains, 0.25-0.30 mm) from amphibolite 19.2T22, J=0.018390 ± 0.000152	2	0.00082	0.726000	0.07280	0.112450	11.9100	1926000	41000	98.0	2.4	12.0000	0.6800	0.40800	0.03800
AuroraPeak	-67.38	144.29	Amphibole (4 grains, 0.25-0.30 mm) from amphibolite 19.2T22, J=0.018390 ± 0.000152	3	0.00147	4.514000	0.50280	0.398600	84.7200	2863000	11000	99.5	8.4	21.0500	0.3400	0.79500	0.06600
AuroraPeak	-67.38	144.29	Amphibole (4 grains, 0.25-0.30 mm) from amphibolite 19.2T22, J=0.018390 ± 0.000152	4	0.00198	14.540000	1.64400	1.120670	170.3600	2401800	4700	99.7	23.6	24.1200	0.1600	0.92400	0.07600
AuroraPeak	-67.38	144.29	Amphibole (4 grains, 0.25-0.30 mm) from amphibolite 19.2T22, J=0.018390 ± 0.000152	5	0.00172	17.790000	1.88800	1.288550	135.5800	1938000	4600	99.6	27.1	25.6600	0.2000	0.92300	0.07600
AuroraPeak	-67.38	144.29	Amphibole (4 grains, 0.25-0.30 mm) from amphibolite 19.2T22, J=0.018390 ± 0.000152	6	0.00115	8.080000	0.84480	0.575260	58.7200	1900000	10000	99.4	12.1	26.1100	0.2000	0.92500	0.07600
AuroraPeak	-67.38	144.29	Amphibole (4 grains, 0.25-0.30 mm) from amphibolite 19.2T22, J=0.018390 ± 0.000152	7	0.00125	1.622000	0.17880	0.121910	14.0900	2023000	35000	97.4	2.6	24.7400	0.7100	0.92400	0.08200
AuroraPeak	-67.38	144.29	Amphibole (4 grains, 0.25-0.30 mm) from amphibolite 19.2T22, J=0.018390 ± 0.000152	8	0.00003	1.631000	0.18260	0.122800	13.6600	2009000	55000	99.9	2.6	24.6800	0.8800	0.93700	0.08500
AuroraPeak	-67.38	144.29	Amphibole (4 grains, 0.25-0.30 mm) from amphibolite 19.2T22, J=0.018390 ± 0.000152	9	0.00006	3.661000	0.39010	0.254120	28.7800	2030000	27000	99.9	5.4	26.7800	0.5300	0.96700	0.08100
AuroraPeak	-67.38	144.29	Amphibole (4 grains, 0.25-0.30 mm) from amphibolite 19.2T22, J=0.018390 ± 0.000152	10	0.00048	1.230000	0.12810	0.086900	10.8000	2130000	43000	98.7	1.8	26.3200	0.7200	0.92900	0.08100
AuroraPeak	-67.38	144.29	Amphibole (4 grains, 0.25-0.30 mm) from amphibolite 19.2T22, J=0.018390 ± 0.000152	11	0.00116	7.853000	0.80300	0.539020	54.9800	1898400	9200	99.4	11.4	27.0800	0.3800	0.93900	0.07700
AuroraPeak	-67.38	144.29	Biotite (1 grain, 0.18-0.25 mm) from amphibolite 19.2T22, J=0.018413 ± 0.000152	1	0.01381	0.045050	0.00757	0.092500	6.7590	111000	65000	39.6	1.3	0.9100	0.5800	0.05200	0.01200
AuroraPeak	-67.38	144.29	Biotite (1 grain, 0.18-0.25 mm) from amphibolite 19.2T22, J=0.018413 ± 0.000152	2	0.03155	0.085250	0.03216	0.343900	30.3600	1361000	22000	69.3	4.7	0.4600	0.3600	0.05890	0.00840
AuroraPeak	-67.38	144.29	Biotite (1 grain, 0.18-0.25 mm) from amphibolite 19.2T22, J=0.018413 ± 0.000152	3	0.00852	0.058000	0.07640	0.810200	59.3400	1496000	10000	95.7	11.0	0.1300	0.1500	0.05940	0.00580
AuroraPeak	-67.38	144.29	Biotite (1 grain, 0.18-0.25 mm) from amphibolite 19.2T22, J=0.018413 ± 0.000152	4	0.00424	0.111030	0.09819	1.034000	74.1800	1501700	7300	98.3	14.0	0.2000	0.1200	0.05980	0.00530
AuroraPeak	-67.38	144.29	Biotite (1 grain, 0.18-0.25 mm) from amphibolite 19.2T22, J=0.018413 ± 0.000152	5	0.00279	0.076540	0.13190	1.449000	103.2200	1503500	4900	99.2	19.6	0.0980	0.0520	0.05740	0.00500
AuroraPeak	-67.38	144.29	Biotite (1 grain, 0.18-0.25 mm) from amphibolite 19.2T22, J=0.018413 ± 0.000152	6	0.00246	0.045630	0.13130	1.422000	101.0300	1501800	6900	99.3	19.3	0.0600	0.0490	0.05820	0.00500
AuroraPeak	-67.38	144.29	Biotite (1 grain, 0.18-0.25 mm) from amphibolite 19.2T22, J=0.018413 ± 0.000152	7	0.00130	0.011710	0.07310	0.790600	56.1500	1501700	8600	99.3	10.7	0.0280	0.0350	0.05830	0.00510
AuroraPeak	-67.38	144.29	Biotite (1 grain, 0.18-0.25 mm) from amphibolite 19.2T22, J=0.018413 ± 0.000152	8	0.00080	0.053120	0.08401	0.905100	64.3200	1505600	7700	99.6	12.3	0.1090	0.0470	0.05850	0.00500
AuroraPeak	-67.38	144.29	Biotite (1 grain, 0.18-0.25 mm) from amphibolite 19.2T22, J=0.018413 ± 0.000152	9	0.00112	0.063850	0.03767	0.427900	30.5400	1503000	12000	98.9	5.8	0.2800	0.1700	0.05550	0.00530
AuroraPeak	-67.38	144.29	Biotite (1 grain, 0.18-0.25 mm) from amphibolite 19.2T22, J=0.018413 ± 0.000152	10	0.00004		0.00148	0.019040	1.5740	1660000	320000	99.2	0.3			0.04900	0.05900
AuroraPeak	-67.38	144.29	Biotite (1 grain, 0.18-0.25 mm) from amphibolite 19.2T22, J=0.018413 ± 0.000152	11	0.00065	0.034810	0.00595	0.083700	6.3220	1540000	63000	96.9	1.1	0.8000	2.1000	0.04500	0.01400
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	1	0.04801	2.187000	0.10550	0.970100	254.2000	3090000	8600	94.4	1.1	4.3400	0.6600	0.06850	0.00580
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	2	0.00717	0.858900	0.12320	2.447000	205.4000	1671400	2600	99.0	2.8	0.6700	0.2300	0.03170	0.00270
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	3	0.00159	1.656000	0.29070	5.663000	449.7000	1621700	2100	99.9	6.6	0.5600	0.0700	0.03230	0.00270
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	4	0.00057	1.757000	0.28420	4.648000	367.4000	1617300	2500	99.9	5.4	0.7300	0.0600	0.03850	0.00320
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	5	0.00187	3.197000	0.33460	3.827000	306.9000	1631200	4200	99.8	4.4	1.6100	0.0800	0.05510	0.00450
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	6	0.00014	11.102000	0.93360	6.093000	515.9000	1692200	2900	100.0	7.0	3.5000	0.1200	0.09660	0.00790
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	7	0.00061	25.943000	2.12400	9.365000	813.4000	1720200	2200	100.0	10.8	5.3270	0.0780	0.14300	0.01200
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	8	0.00299	36.698000	3.07300	12.295000	1064.7000	1716300	2200	99.9	14.2	5.7400	0.0800	0.15700	0.01300
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	9	0.00118	20.022000	1.72180	7.682000	658.7000	1705800	2200	99.9	8.9	5.0100	0.1100	0.14100	0.01200
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	10	0.00133	9.049000	0.82410	4.725000	399.3000	1689200	3400	99.9	5.5	3.6800	0.1900	0.10990	0.00900
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	11	0.00025	1.380000	0.21380	2.349000	197.6000	1684600	2500	100.0	2.7	1.1300	0.2200	0.05740	0.00480
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	12	0.00041	1.061000	0.15120	1.605000	133.7000	1673000	2400	99.9	1.9	1.2700	0.2500	0.05940	0.00490
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	13	0.00027	0.590000	0.07434	0.791700	66.6500	1684600	6400	99.9	0.9	1.4300	0.7300	0.05920	0.00510
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	14	0.00047	0.201000	0.06194	0.798900	66.3200	1668400	5300	99.8	0.9	0.4800	0.6600	0.04890	0.00430
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	15	0.00081	0.303000	0.07368	1.045000	84.0500	1633100	3900	99.7	1.2	0.5600	0.4300	0.04440	0.00390
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	16	0.00062	4.169000	0.69190	8.584000	717.3000	1677800	2900	100.0	9.9	0.9340	0.0730	0.05080	0.00420
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	17	0.00064	8.173000	0.89620	6.917000	589.6000	1699500	3300	100.0	8.0	2.2720	0.0940	0.08160	0.00670
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	18	0.00063	1.922000	0.17540	1.044000	97.0900	1795200	6100	99.8	1.2	3.5400	0.4300	0.10590	0.00900
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	19	0.00066	0.696000	0.06503	0.381400	35.4300	1790000	26000	99.4	0.4	3.5100	0.6400	0.10700	0.01000
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	20	0.00109	2.187000	0.24100	1.827000	156.3000	1701400	3800	99.8	2.1	2.3000	0.1800	0.08320	0.00690
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	21	0.00302	4.716000	0.38750	2.056000	245.2000	2088200	5100	99.6	2.4	4.4100	0.1600	0.11900	0.01000
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	22	0.00332	6.254000	0.31320	1.290000	196.9000	2403200	8300	99.5	1.5	9.3200	0.3000	0.15300	0.01300
GarnetPt	-66.93	143.84	Amphibole (4 fragments) from retrogressed grannlite 26.2T20A, J=0.018366 ± 0.000153	23	0.00039	0.967000	0.03220	0.035500	7.9980	2932000	67000	98.6	0.0	52.4000	8.5000	0.57200	0.05500
GarnetPt	-66.93	143.84	Biotite (1 grain) from retrogressed grannlite 26.2T20A, J = 0.018366 ± 0.000153	1	0.00570	0.304507	0.00512	0.078378	9.9890	1949000	49000	83.1	0.2	7.5000	3.8000	0.04100	0.01000
GarnetPt	-66.93	143.84	Biotite (1 grain) from retrogressed grannlite 26.2T20A, J = 0.018366 ± 0.000153	2	0.00908	0.070684	0.03240	0.642800	56.3130	1676200	7500	95.2	2.0	0.2100	0.7000	0.03180	0.00290
GarnetPt	-66.93	143.84	Biotite (1 grain) from retrogressed grannlite 26.2T20A, J = 0.018366 ± 0.000153	3	0.00664	0.084564	0.14980	3.229000	261.8000	1637100	2900	99.2	10.0	0.0500	0.2700	0.02920	0.00250
GarnetPt	-66.93	143.84	Biotite (1 grain) from retrogressed grannlite 26.2T20A, J = 0.018366 ± 0.000153	4	0.00158	0.102867	0.15260	3.301000	264.7000	1631500	2500	99.8	10.2	0.0600	0.2700	0.02910	0.00250
GarnetPt	-66.93	143.84	Biotite (1 grain) from retrogressed grannlite 26.2T20A, J = 0.018366 ± 0.000153	5	0.00051	0.170829	0.23020	4.971000	396.1000	1626000	3100	100.0	15.4	0.0700	0.1800	0.02920	0.00240
GarnetPt	-66.93	143.84	Biotite (1 grain) from retrogressed grannlite 26.2T20A, J = 0.018366 ± 0.000153	6	0.00145	0.366262	0.12620	2.627000	210.2000	1629100	4400	99.8	8.1	0.2700	0.3200	0.03030	0.00270
GarnetPt	-66.93	143.84	Biotite (1 grain) from retrogressed grannlite 26.2T20A, J = 0.018366 ± 0.000153	7	0.00084	0.335950	0.12140	2.369000	189.7000	1630400	5600	99.9	7.3	0.2700	0.3800	0.03230	0.00280
GarnetPt	-66.93	143.84	Biotite (1 grain) from retrogressed grannlite 26.2T20A, J = 0.018366 ± 0.000153	8	0.00104	0.674160	0.16540	2.782000	225.2000	1642100	5100	99.9	8.6	0.4700	0.3200	0.03750	0.00320
GarnetPt	-66.93	143.84	Biotite (1 grain) from retrogressed grannlite 26.2T20A, J = 0.018366 ± 0.000153	9	0.00165	0.093750	0.12740	2.568000	207.1000	1636900	5300	99.8	7.9	0.0700	0.3600	0.03130	0.00260
GarnetPt	-66.93	143.84	Biotite (1 grain) from retrogressed grannlite 26.2T20A, J = 0.018366 ± 0.000153	10	0.00070	0.919540	0.23410	3.938000	318.2000	1641000	3700	99.9	12.2	0.4500	0.2500	0.03750	0.00310
GarnetPt	-66.93	143.84	Biotite (1 grain) from retrogressed grannlite 26.2T20A, J = 0.018366 ± 0.000153	11	0.00242	1.075151	0.27050	3.977000	320.4000	1635800	3100	99.8	12.3	0.5200	0.1500	0.04290	0.00350
GarnetPt	-66.93	143.84	Biotite (1 grain) from retrogressed grannlite 26.2T20A, J = 0.018366 ± 0.000153	12	0.00098	1.627667	0.13910	1.058000	87.4910	1662700	5800	99.7	3.3	2.9600	0.2800	0.08280	0.00700
GarnetPt	-66.93	143.84	Biotite (1 grain) from retrogressed grannlite 26.2T20A, J = 0.018366 ± 0.000153	13	0.00199	1.313175	0.07350	0.761200	73.2780	1827600	8600	99.2	2.4	3.3200	0.5400	0.06080	0.00520
PenguinPt	-67.59	146.05	Biotite (1 grain, <=1 mm)] from two-mica granite 19.2T14, J=0.018285 ± 0.000150	1	0.07140		0.03484	2.778000	64.0300	449100	5300	67.0	2.1			0.00790	0.00100
PenguinPt	-67.59	146.05	Biotite (1 grain, <=1 mm)] from two-mica granite 19.2T14, J=0.018285 ± 0.000150	2	0.03834	0.169200	0.43590	39.710000	679.2000	483790	660	98.3	29.7	0.0079	0.0055	0.00692	0.00066
PenguinPt	-67.59	146.05	Biotite (1 grain, <=1 mm)] from two-mica granite 19.2T14, J=0.018285 ± 0.000150	3	0.00983		0.63920	60.050000	1021.9000	487580	650	99.7	44.9			0.00671	0.00064
PenguinPt	-67.59	146.05	Biotite (1 grain, <=1 mm)] from two-mica granite 19.2T14, J=0.018285 ± 0.000150	4	0.00269	0.010940	0.11890	11.100000	189.3000	487800	1400	99.5	8.3	0.0020	0.0110	0.00675	0.00066
PenguinPt	-67.59	146.05	Biotite (1 grain, <=1 mm)] from two-mica granite 19.2T14, J=0.018285 ± 0.000150	5	0.00136		0.02755	2.521000	43.3600	489400	3700	99.0	1.9			0.00689	0.00085
PenguinPt	-67.59	146.05	Biotite (1 grain, <=1 mm)] from two-mica granite 19.2T14, J=0.018285 ± 0.000150	6	0.00159	0.050660	0.06267	5.797000	98.9800	488100	2100	99.5	4.3	0.0160	0.0190	0.00681	0.00072
PenguinPt	-67.59	146.05	Biotite (1 grain, <=1 mm)] from two-mica granite 19.2T14, J=0.018285 ± 0.000150	7	0.00118	0.086170	0.02997	2.585000	44.3200	488600	4300	99.2	1.9	0.0620	0.0530	0.00731	0.00087
PenguinPt	-67.59	146.05	Biotite (1 grain, <=1 mm)] from two-mica granite 19.2T14, J=0.018285 ± 0.000150	8	0.00208	0.013700	0.03666	3.496000	59.8800	487200	2600	98.9	2.6	0.0070	0.0370	0.00661	0.00074
PenguinPt	-67.59	146.05	Biotite (1 grain, <=1 mm)] from two-mica granite 19.2T14, J=0.018285 ± 0.000150	9	0.00088	0.048100	0.01588	1.576000	27.0600	488400	3400	99.0	1.2	0.0600	0.1500	0.00635	0.00070
PenguinPt	-67.59	146.05	Biotite (1 grain, <=1 mm)] from two-mica granite 19.2T14, J=0.018285 ± 0.000150	10	0.00031	0.022590	0.01272	1.187000	20.3600	490400	4600	99.5	0.9	0.0400	0.2200	0.00680	0.00110
PenguinPt	-67.59	146.05	Biotite (1 grain, <=1 mm)] from two-mica granite 19.2T14, J=0.018285 ± 0.000150	11	0.00052	0.090240	0.01123	1.086000	18.6700	489900	7800	99.1	0.8	0.1500	0.1600	0.00650	0.00110
PenguinPt	-67.59	146.05	Biotite (1 grain, <=1 mm)] from two-mica granite 19.2T14, J=0.018285 ± 0.000150	12	0.00102	0.111900	0.00421	0.398000	7.1380	493000	16000	95.7	0.3	0.5200	0.3800	0.00670	0.00190
PenguinPt	-67.59	146.05	Biotite (1 grain, <=1 mm)] from two-mica granite 19.2T14, J=0.018285 ± 0.000150	13	0.00165	0.138900	0.01669	1.470000	27.9500	530100	4300	98.2	1.1	0.1800	0.1500	0.00715	0.00095
PenguinPt	-67.59	146.05	Biotite (1 grain, <=1 mm)] from two-mica granite 19.2T14, J=0.018285 ± 0.000150	14	0.00029		0.00069	0.056000	0.9812	461000	109000	91.2	0.0			0.00770	0.01070
PenguinPt	-67.59	146.05	White mica (2 grains, <<1 mm) from two-mica granite 19.2T14, J=0.018285 ± 0.000150	1	0.00684		0.00154	0.340000	7.3380	454000	19000	72.4	0.4			0.00290	0.00200
PenguinPt	-67.59	146.05	White mica (2 grains, <<1 mm) from two-mica granite 19.2T14, J=0.018285 ± 0.000150	2	0.00301		0.00052	0.488400	8.9690	477000	12000	90.0	0.6			0.00070	0.00140
PenguinPt	-67.59	146.05	White mica (2 grains, <<1 mm) from two-mica granite 19.2T14, J=0.018285 ± 0.000150	3	0.00307		0.00110	1.255000	22.3200	489800	5300	95.9	1.6			0.00055	0.00075
PenguinPt	-67.59	146.05	White mica (2 grains, <<1 mm) from two-mica granite 19.2T14, J=0.018285 ± 0.000150	4	0.00250		0.00040	9.575000	162.7000	486040	870	99.5	12.1			0.00003	0.00038
PenguinPt	-67.59	146.05	White mica (2 grains, <<1 mm) from two-mica granite 19.2T14, J=0.018285 ± 0.000150	5	0.00013			17.600000	296.7000	484710	830	99.9	22.3
PenguinPt	-67.59	146.05	White mica (2 grains, <<1 mm) from two-mica granite 19.2T14, J=0.018285 ± 0.000150	6	0.00039			12.480000	212.4000	488500	1000	99.9	15.8
PenguinPt	-67.59	146.05	White mica (2 grains, <<1 mm) from two-mica granite 19.2T14, J=0.018285 ± 0.000150	7	0.00048			6.422000	108.4000	484500	1400	99.8	8.1
PenguinPt	-67.59	146.05	White mica (2 grains, <<1 mm) from two-mica granite 19.2T14, J=0.018285 ± 0.000150	8	0.00113	0.041590	0.00045	2.009000	33.9800	481900	3600	99.0	2.5	0.0400	0.1700	0.00014	0.00069
PenguinPt	-67.59	146.05	White mica (2 grains, <<1 mm) from two-mica granite 19.2T14, J=0.018285 ± 0.000150	9	0.00040	0.066420	0.00120	1.505000	25.4800	484700	5100	99.5	1.9	0.0800	0.2200	0.00050	0.00086
PenguinPt	-67.59	146.05	White mica (2 grains, <<1 mm) from two-mica granite 19.2T14, J=0.018285 ± 0.000150	10	0.00059	0.073160	0.00042	2.441000	41.2100	483700	3100	99.5	3.1	0.0600	0.1300	0.00011	0.00065
PenguinPt	-67.59	146.05	White mica (2 grains, <<1 mm) from two-mica granite 19.2T14, J=0.018285 ± 0.000150	11	0.00065			4.745000	80.8900	488500	1000	99.7	6.0
PenguinPt	-67.59	146.05	White mica (2 grains, <<1 mm) from two-mica granite 19.2T14, J=0.018285 ± 0.000150	12	0.00074	0.100600		4.457000	75.8600	487600	1400	99.7	5.6	0.0420	0.0260
PenguinPt	-67.59	146.05	White mica (2 grains, <<1 mm) from two-mica granite 19.2T14, J=0.018285 ± 0.000150	13	0.00057	0.060040	0.00026	4.494000	76.8500	489900	1300	99.7	5.7	0.0250	0.0260	0.00004	0.00045
PenguinPt	-67.59	146.05	White mica (2 grains, <<1 mm) from two-mica granite 19.2T14, J=0.018285 ± 0.000150	14	0.00088	0.089120		10.470000	179.3000	490750	930	99.8	13.3	0.0160	0.0160
PenguinPt	-67.59	146.05	White mica (2 grains, <<1 mm) from two-mica granite 19.2T14, J=0.018285 ± 0.000150	15	0.00069			0.734100	13.0100	499500	9400	98.4	0.9