Citation:

odp.proc.sr.106109.135.1990

Name: (Table 1) Chemistry of plagioclase crystals in ODP Hole 106-648B lava
Published: 1990
License: https://creativecommons.org/licenses/by/3.0/

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Project(s):

Ocean Drilling Program (ODP)

Coverage:

Latitude: 22.922000 * Longitude: -44.947100

Date/Time Start: 1985-11-11T12:00:00 * Date/Time End: 1985-12-12T02:00:00

Minimum Elevation: -3344.0 m * Maximum Elevation: -3344.0 m

Event(s):

106-648B * Latitude: 22.922000 * Longitude: -44.947100 * Date/Time Start: 1985-11-11T12:00:00 * Date/Time End: 1985-12-12T02:00:00 * Elevation: -3344.0 m * Penetration: 33.3 m * Recovery: 6.77 m * Location: South Atlantic Ocean * Campaign: * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 6 cores; 40.8 m cored; 0 m drilled; 16.6 % recovery

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device
1	Sample code/label	Sample label		Meyer, Peter S	DSDP/ODP/IODP sample designation
2	Number	No		Meyer, Peter S
3	Sample comment	Sample comment		Meyer, Peter S
4	Silicon dioxide	SiO2	%	Meyer, Peter S	Electron microprobe (EMP)
5	Aluminium oxide	Al2O3	%	Meyer, Peter S	Electron microprobe (EMP)
6	Iron oxide, FeO	FeO	%	Meyer, Peter S	Electron microprobe (EMP)
7	Magnesium oxide	MgO	%	Meyer, Peter S	Electron microprobe (EMP)
8	Calcium oxide	CaO	%	Meyer, Peter S	Electron microprobe (EMP)
9	Sodium oxide	Na2O	%	Meyer, Peter S	Electron microprobe (EMP)
10	Potassium oxide	K2O	%	Meyer, Peter S	Electron microprobe (EMP)
11	Sum	Sum	%	Meyer, Peter S	Electron microprobe (EMP)
12	Silicon	Si	# of ions	Meyer, Peter S	Electron microprobe (EMP)
13	Aluminium	Al	# of ions	Meyer, Peter S	Electron microprobe (EMP)
14	Iron 2+	Fe2+	# of ions	Meyer, Peter S	Electron microprobe (EMP)
15	Magnesium	Mg	# of ions	Meyer, Peter S	Electron microprobe (EMP)
16	Calcium	Ca	# of ions	Meyer, Peter S	Electron microprobe (EMP)
17	Sodium	Na	# of ions	Meyer, Peter S	Electron microprobe (EMP)
18	Potassium	K	# of ions	Meyer, Peter S	Electron microprobe (EMP)
19	Sum	Sum	#	Meyer, Peter S	Electron microprobe (EMP)
20	Anorthite	An	%	Meyer, Peter S	Electron microprobe (EMP)

License:

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

Size:

980 data points

Data

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

1 Sample label	2 No	3 Sample comment	4 SiO2 [%]	5 Al2O3 [%]	6 FeO [%]	7 MgO [%]	8 CaO [%]	9 Na2O [%]	10 K2O [%]	11 Sum [%]	12 Si [# of ions]	13 Al [# of ions]	14 Fe2+ [# of ions]	15 Mg [# of ions]	16 Ca [# of ions]	17 Na [# of ions]	18 K [# of ions]	19 Sum [#]	20 An [%]
106-648B-1R-1,118-121	2	Core	51.04	30.78	0.40	0.23	13.88	3.42	0.02	99.77	2.3287	1.6546	0.0151	0.0155	0.6782	0.3023	0.0010	4.9954	69.1
106-648B-1R-1,118-121	2	OscZone	49.54	32.11	0.39	0.22	15.16	2.71	0.00	100.13	2.2599	1.7261	0.0149	0.0152	0.7410	0.2396	0.0000	4.9965	76.6
106-648B-1R-1,118-121	2	Rim	53.85	28.23	1.23	0.44	12.09	4.34	0.04	100.21	2.4412	1.5082	0.0465	0.0297	0.5870	0.3815	0.0022	4.9962	60.5
106-648B-1R-1,118-121	3	Core	49.27	32.52	0.29	0.24	15.42	2.52	0.00	100.77	2.2445	1.7460	0.0112	0.0165	0.7526	0.2229	0.0000	4.9936	77.1
106-648B-1R-1,118-121	3	Mantle	48.45	32.97	0.42	0.20	15.77	2.18	0.00	99.99	2.2167	1.7778	0.0160	0.0137	0.7731	0.1935	0.0000	4.9908	80.0
106-648B-1R-1,118-121	3	Near Melt Inclu.	53.26	29.34	0.49	0.32	12.47	4.43	0.01	100.32	2.4080	1.5632	0.0186	0.0218	0.6039	0.3884	0.0008	5.0047	60.8
106-648B-1R-1,118-121	3	Inner Rim	50.09	31.32	0.40	0.23	14.61	3.10	0.00	99.75	2.2915	1.6883	0.0151	0.0157	0.7159	0.2752	0.0000	5.0016	72.2
106-648B-1R-1,118-121	3	Rim	51.52	30.09	0.72	0.27	13.35	3.68	0.02	99.65	2.3535	1.6201	0.0276	0.0183	0.6532	0.3258	0.0011	4.9995	66.7
106-648B-1R-1,118-121	4	Core	47.29	33.50	0.29	0.22	17.20	1.66	0.00	100.16	2.1693	1.8108	0.0111	0.0150	0.8452	0.1473	0.0000	4.9987	85.2
106-648B-1R-1,118-121	4	Narrow Mantle	47.27	33.70	0.36	0.20	16.85	1.76	0.00	100.14	2.1674	1.8211	0.0137	0.0136	0.8276	0.1567	0.0000	5.0001	84.1
106-648B-1R-1,118-121	4	Inner Rim	50.91	30.95	0.45	0.22	14.30	3.31	0.03	100.17	2.3169	1.6597	0.0171	0.0152	0.6970	0.2922	0.0019	5.0000	70.3
106-648B-1R-2,37-40	5	Core Zone 1	48.08	32.94	0.44	0.15	16.50	1.94	0.00	100.05	2.2037	1.7792	0.0170	0.0102	0.8100	0.1727	0.0000	4.9928	82.4
106-648B-1R-2,37-40	5	Core Zone 2	50.88	30.73	0.43	0.23	14.39	3.16	0.03	99.85	2.3220	1.6528	0.0164	0.0159	0.7036	0.2795	0.0016	4.9918	71.5
106-648B-1R-2,37-40	5	Near Mell Inclu.	54.18	28.33	0.75	0.26	11.61	4.68	0.06	99.87	2.4562	1.5133	0.0283	0.0178	0.5639	0.4115	0.0032	4.9942	57.6
106-648B-1R-2,37-40	5	Rim	53.12	28.65	0.93	0.43	12.80	4.05	0.04	100.02	2.4151	1.5348	0.0354	0.0289	0.6233	0.3571	0.0021	4.9968	63.4
106-648B-2R-1,12-16	11	Core	47.56	32.63	0.39	0.20	16.43	1.96	0.00	99.17	2.2001	1.7789	0.0152	0.0137	0.8143	0.1762	0.0000	4.9982	82.2
106-648B-2R-1,12-16	11	Mantle	50.40	31.11	0.47	0.23	14.71	3.04	0.02	99.98	2.3006	1.6737	0.0179	0.0159	0.7194	0.2687	0.0010	4.9971	72.7
106-648B-2R-1,12-16	12	Core Zone 1	47.70	33.01	0.34	0.16	16.89	1.90	0.00	100.00	2.1903	1.7864	0.0130	0.0110	0.8308	0.1695	0.0000	5.0009	83.1
106-648B-2R-1,12-16	12	Core Zone 2	51.20	30.74	0.34	0.24	14.18	3.28	0.04	100.02	2.3302	1.6486	0.0130	0.0160	0.6914	0.2896	0.0024	4.9912	70.3
106-648B-2R-1,12-16	12	Rim	53.35	28.78	0.93	0.41	12.58	4.19	0.05	100.29	2.4176	1.5368	0.0354	0.0276	0.6107	0.3682	0.0029	4.9992	62.2
106-648B-3R-1,3-6	13	Core	48.64	31.86	0.42	0.14	15.71	2.35	0.02	99.14	2.2454	1.7335	0.0162	0.0100	0.7771	0.2099	0.0009	4.9930	78.7
106-648B-3R-1,3-6	13	Inner Rim	50.27	30.84	0.49	0.22	14.66	2.94	0.03	99.45	2.3065	1.6673	0.0186	0.0149	0.7205	0.2616	0.0017	4.9911	73.2
106-648B-3R-1,3-6	13	Rim	53.67	27.94	0.77	0.26	12.20	4.41	0.05	99.30	2.4513	1.5042	0.0294	0.0180	0.5968	0.3905	0.0029	4.9930	60.3
106-648B-3R-1,31-34	14	Core	49.34	32.18	0.41	0.19	15.10	2.64	0.02	99.88	2.2560	1.7340	0.0158	0.0132	0.7398	0.2341	0.0013	4.9943	75.9
106-648B-3R-1,31-34	14	Skeletal Margin	48.19	32.86	0.49	0.20	15.92	2.11	0.02	99.79	2.2117	1.7777	0.0187	0.0134	0.7831	0.1878	0.0012	4.9936	80.6
106-648B-3R-1,31-34	14	Rim	51.93	30.12	0.61	0.26	13.18	3.74	0.04	99.88	2.3633	1.6155	0.0233	0.0179	0.6428	0.3299	0.0022	4.9947	65.9
106-648B-3R-1,31-34	15	Core	47.51	33.53	0.32	0.18	17.18	1.81	0.00	100.53	2.1720	1.8066	0.0121	0.0123	0.8413	0.1604	0.0000	5.0046	84.0
106-648B-3R-1,31-34	15	Core	48.74	32.85	0.38	0.21	16.39	2.25	0.02	100.83	2.2162	1.7605	0.0143	0.0142	0.7982	0.1987	0.0010	5.0031	80.0
106-648B-3R-1,31-34	15	Rim	52.56	29.72	0.56	0.25	13.47	3.76	0.04	100.37	2.3809	1.5866	0.0214	0.0169	0.6534	0.3303	0.0022	4.9917	66.3
106-648B-3R-1,74-77	16	Core	48.33	31.91	0.31	0.22	16.50	2.11	0.03	99.47	2.2306	1.7339	0.0120	0.0154	0.8151	0.8190	0.0015	4.9974	81.1
106-648B-3R-1,74-77	16	Narrow Mantle	47.19	33.51	0.40	0.18	17.02	1.71	0.02	100.03	2.1681	1.8141	0.0154	0.0124	0.8378	0.1521	0.0013	5.0012	84.5
106-648B-3R-1,74-77	16	Rim	52.46	29.53	0.56	0.34	12.96	3.91	0.05	99.81	2.3871	1.5837	0.0214	0.0229	0.6318	0.3451	0.0029	4.9948	64.5
106-648B-3R-1,74-77	17	Core	47.02	33.27	0.39	0.18	16.42	1.81	0.03	99.12	2.1767	1.8151	0.0150	0.0126	0.8141	0.1625	0.0015	4.9974	83.2
106-648B-3R-1,74-77	17	Core	48.40	32.61	0.37	0.21	16.33	2.19	0.03	100.14	2.2161	1.7598	0.0143	0.0143	0.8011	0.1945	0.0017	5.0018	80.3
106-648B-3R-1,74-77	17	Rim	51.42	29.99	0.56	0.27	13.63	3.55	0.05	99.47	2.3530	1.6176	0.0215	0.0185	0.6693	0.3149	0.0032	4.9970	67.8
106-648B-3R-1,74-77	18	Basal Sector	49.36	31.91	0.36	0.24	15.35	2.65	0.05	99.92	2.2584	1.7205	0.0137	0.0167	0.7525	0.2354	0.0029	5.0002	75.9
106-648B-3R-1,74-77	18	Prism Sector	48.22	33.08	0.41	0.20	16.01	2.19	0.03	100.14	2.2059	1.7835	0.0159	0.0138	0.7849	0.1943	0.0018	5.0000	80.0
106-648B-2R-1,12-16	19	Core Zone 1	47.46	33.44	0.37	0.21	16.23	2.10	0.03	99.84	2.1806	1.8108	0.0143	0.0146	0.7989	0.1873	0.0015	5.0081	80.9
106-648B-2R-1,12-16	19	Core Zone 2	49.67	31.68	0.44	0.24	14.56	2.95	0.03	99.57	2.2766	1.7110	0.0167	0.0165	0.7151	0.2619	0.0015	4.9993	73.1
106-648B-2R-1,12-16	19	Rim	51.34	30.62	0.49	0.24	13.97	3.66	0.03	100.35	2.3322	1.6394	0.0184	0.0159	0.6799	0.3223	0.0016	5.0098	67.7
106-648B-6R-1,32-37	20	Core Zone 1	48.94	32.46	0.35	0.19	16.23	2.27	0.02	100.46	2.2317	1.7443	0.0132	0.0128	0.7930	0.2004	0.0012	4.9966	79.7
106-648B-6R-1,32-37	20	Core Zone 2	50.43	30.90	0.36	0.22	14.83	3.15	0.02	99.91	2.3045	1.6640	0.0138	0.0150	0.7259	0.2792	0.0011	5.0033	72.1
106-648B-6R-1,32-37	20	Rim	53.44	28.63	0.78	0.38	12.63	4.31	0.04	100.21	2.4229	1.5299	0.0296	0.0258	0.6133	0.3786	0.0021	5.0022	61.7
106-648B-6R-1,32-37	22	Core Zone1	48.05	32.94	0.40	0.16	16.21	2.01	0.02	99.79	2.2062	1.7823	0.0155	0.0108	0.7972	0.1790	0.0014	4.9925	81.5
106-648B-6R-1,32-37	22	Core Zone 2	50.00	31.39	0.50	0.22	15.19	2.73	0.00	100.03	2.2839	1.6894	0.0192	0.0146	0.7434	0.2413	0.0000	4.9918	75.5
106-648B-6R-1,83-85	23	Core	48.18	32.93	0.21	0.19	16.68	1.90	0.00	100.09	2.2055	1.7769	0.0082	0.0128	0.8181	0.1686	0.0000	4.9900	82.9
106-648B-6R-1,83-85	23	Mantle	49.15	32.09	0.42	0.21	15.60	2.53	0.01	100.01	2.2484	1.7302	0.0161	0.0144	0.7645	0.2244	0.0070	4.9987	77.3
106-648B-6R-1,83-85	23	Inner Rim	51.02	30.73	0.50	0.20	14.52	3.28	0.03	100.28	2.3212	1.6477	0.0191	0.0136	0.7078	0.2890	0.0016	4.9999	70.9
106-648B-6R-1,83-85	23	Rim	51.94	30.08	0.62	0.24	13.69	3.57	0.05	100.20	2.3596	1.6104	0.0237	0.0163	0.6663	0.3143	0.0030	4.9935	67.7