Citation:

S1028334X06010363

Name: (Table 2) U-Pb isotope data on prismatic zircons in biotite plagiogneisses from the Kola Superdeep Borehole
Published: 2006
License: https://creativecommons.org/licenses/by/3.0/

Always quote citation above when using data! You can download the citation in several formats below.

RIS Citation BibTeX Citation Text Citation Facebook TwitterShow Map Google Earth

Project(s):

Archive of Ocean Data (ARCOD)

Coverage:

Latitude: 69.395917 * Longitude: 30.610367

Minimum DEPTH, sediment/rock: 10780 m * Maximum DEPTH, sediment/rock: 10870 m

Event(s):

SG-3 * Latitude: 69.395917 * Longitude: 30.610367 * Location: Kola Peninsula * Method/Device: Rock drill (RDRILL)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Sample code/label	Sample label		Chupin, V P
2	DEPTH, sediment/rock	Depth sed	m			Geocode
3	Sample type	Samp type		Chupin, V P
4	Sample position	Samp pos		Chupin, V P
5	Lead-206	206Pb	%	Chupin, V P	Mass spectrometry	total
6	Uranium	U	mg/kg	Chupin, V P	Mass spectrometry
7	Thorium	Th	mg/kg	Chupin, V P	Mass spectrometry
8	Lead-206	206Pb	mg/kg	Chupin, V P	Mass spectrometry	radiogenic, Pb*
9	Thorium/Uranium ratio	Th/U		Chupin, V P	Calculated
10	Lead-207/Uranium-235 ratio	207Pb/235U		Chupin, V P	Mass spectrometry	for 207Pb*
11	Lead-207/Uranium-235, error, relative	207Pb/235U e rel	%	Chupin, V P	Calculated
12	Lead-206/Uranium-238 ratio	206Pb/238U		Chupin, V P	Mass spectrometry	for 206Pb*
13	Lead-206/Uranium-238, error, relative	206Pb/238U e rel	%	Chupin, V P	Calculated
14	Age, mineral	Age mineral	Ma	Chupin, V P	Calculated	dated from 207Pb/206Pb
15	Age, error	Age e	±	Chupin, V P	Calculated	1 sigma
16	Coefficient	Coeff		Chupin, V P	Calculated	of correlation for 207Pb/235U ï¿½ 206Pb/238U ratios.

License:

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

Size:

411 data points

Data

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

1 Sample label	2 Depth sed [m]	3 Samp type	4 Samp pos	5 206Pb [%]	6 U [mg/kg]	7 Th [mg/kg]	8 206Pb [mg/kg]	9 Th/U	10 207Pb/235U	11 207Pb/235U e rel [%]	12 206Pb/238U	13 206Pb/238U e rel [%]	14 Age mineral [Ma]	15 Age e [±]	16 Coeff
26	10780	zircon crystal with inclusions of liquid CO2	central part		107	28	49.7	0.26	15.38	2.00	0.5407	1.50	2877	21.0	0.75
26	10780	zircon crystal with inclusions of liquid CO2	intermediate part	0.12	220	75	105.0	0.34	15.54	1.50	0.5532	1.30	2856	12.0	0.87
26	10780	zircon crystal with inclusions of trondhjemite melt	central + intermediate parts	-0.01	385	207	180.0	0.56	15.23	0.86	0.5426	0.76	2855	6.5	0.89
26	10780	zircon crystal with inclusions of trondhjemite melt	central part	-0.02	148	57	70.5	0.40	15.77	1.00	0.5553	0.85	2874	9.4	0.83
26	10780	zircon crystal with inclusions of trondhjemite melt	central + intermediate parts	0.09	74	25	34.8	0.35	15.50	1.30	0.5464	1.10	2872	13.0	0.80
26	10780	zircon crystal with inclusions of trondhjemite melt	intermediate part	0.00	69	22	32.5	0.33	15.32	1.30	0.5496	1.00	2844	12.0	0.81
26	10780	zircon crystal with inclusions of trondhjemite melt	central + intermediate parts		353	225	167.0	0.64	15.51	1.10	0.5493	0.97	2865	9.0	0.87
26	10780	zircon crystal with inclusions of trondhjemite melt	intermediate part		871	44	413.0	0.04	15.39	0.86	0.5519	0.77	2845	6.0	0.90
26	10780		central part	0.09	168	95	79.8	0.57	15.36	1.60	0.5514	1.40	2842	13.0	0.87
26	10780	zircon crystal with inclusions of granite melt	central + intermediate parts	0.19	238	102	113.0	0.44	15.13	1.30	0.5535	1.10	2812	11.0	0.84
26	10780	zircon crystal with inclusions of granite melt	intermediate part	0.10	935	177	453.0	0.19	14.94	1.00	0.5639	0.85	2761	9.0	0.85
26	10780	zircon crystal with inclusions of granite melt	intermediate part	0.02	505	339	246.0	0.67	15.90	1.00	0.5674	0.88	2853	8.0	0.88
26	10780	zircon crystal with inclusions of granite melt	rim + intermediate part		414	31	174.0	0.07	13.10	1.90	0.4909	1.80	2772	11.0	0.94
26	10780		central part	0.02	271	83	130.0	0.31	15.72	1.70	0.5568	1.60	2865	7.0	0.97
26	10780		central part	0.19	54	17	26.2	0.31	15.71	2.10	0.5590	1.90	2856	16.0	0.89
26	10780		intermediate part	0.03	532	232	259.0	0.44	15.89	1.60	0.5672	1.60	2852	5.0	0.98
26	10780		central part	0.00	187	69	89.7	0.37	15.57	1.70	0.5579	1.60	2846	8.0	0.96
26	10780		rim	0.64	82	3	34.9	0.04	11.74	2.10	0.4918	1.80	2589	19.0	0.84
26	10780		central + intermediate parts	0.02	48	24	22.9	0.50	15.88	2.10	0.5550	1.90	2887	15.0	0.89
26	10780		intermediate part	0.10	65	16	30.7	0.25	15.19	2.00	0.5500	1.80	2829	14.0	0.90
26	10780		intermediate part	4.08	98	37	48.5	0.38	15.22	3.40	0.5515	1.80	2827	46.0	0.54
26	10780		rim	0.52	34	7	16.0	0.21	14.96	2.50	0.5510	2.10	2801	24.0	0.81
26	10780		central part		165	21	11.1	0.13	15.16	2.20	0.5500	2.10	2824	12.0	0.94
26	10780		central part	1.08	896	26	448.0	0.03	15.76	1.80	0.5756	1.60	2814	14.0	0.88
26	10780		intermediate part		189	11	88.6	0.06	14.92	1.70	0.5452	1.70	2813	8.0	0.96
26	10780		intermediate part		928	191	444.0	0.21	15.20	1.60	0.5572	1.60	2809	4.0	0.99
26	10780		rim + intermediate part	0.02	69	11	30.9	0.16	14.17	2.00	0.5193	1.80	2809	14.0	0.91
26	10780		intermediate part	0.04	250	91	115.0	0.36	14.26	1.70	0.5341	1.60	2773	8.0	0.96
39861	10870		complicatedly faceted isometric zircon	0.27	711	49	315.0	0.07	12.95	0.79	0.5148	0.68	2675	7.0	0.86