Citation:

j.lithos.2017.06.025

Name: (Table A3) Rutile trace element analyses in the Barrovian metamorphic sequence
Published: 2019-08-08
License: https://creativecommons.org/licenses/by/4.0/
Keywords: rutile; trace elements

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Keyword(s):

rutile; trace elements

Coverage:

Median Latitude: 46.424467 * Median Longitude: 8.619417 * South-bound Latitude: 46.272000 * West-bound Longitude: 8.301400 * North-bound Latitude: 46.473000 * East-bound Longitude: 8.775700

Event(s):

Ba0903A * Latitude: 46.436600 * Longitude: 8.508000 * Method/Device: Rock sample (ROCK)

CLB-3 * Latitude: 46.473000 * Longitude: 8.706500 * Method/Device: Rock sample (ROCK)

CLB-4 * Latitude: 46.473000 * Longitude: 8.706500 * Method/Device: Rock sample (ROCK)

Comment:

Internal Standard TiO2=98 wt%

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event		Rubatto, Daniela
2	Sample code/label	Sample label		Rubatto, Daniela
3	Aluminium	Al	%	Rubatto, Daniela	LA-ICP-MS, Laser-ablation inductively coupled plasma mass spectrometer	wt%
4	Silicon	Si	%	Rubatto, Daniela	LA-ICP-MS, Laser-ablation inductively coupled plasma mass spectrometer	wt%
5	Phosphorus	P	%	Rubatto, Daniela	LA-ICP-MS, Laser-ablation inductively coupled plasma mass spectrometer	wt%
6	Scandium	Sc	%	Rubatto, Daniela	LA-ICP-MS, Laser-ablation inductively coupled plasma mass spectrometer	wt%
7	Vanadium	V	%	Rubatto, Daniela	LA-ICP-MS, Laser-ablation inductively coupled plasma mass spectrometer	wt%
8	Chromium	Cr	%	Rubatto, Daniela	LA-ICP-MS, Laser-ablation inductively coupled plasma mass spectrometer	wt%
9	Manganese	Mn	%	Rubatto, Daniela	LA-ICP-MS, Laser-ablation inductively coupled plasma mass spectrometer	wt%
10	Iron	Fe	%	Rubatto, Daniela	LA-ICP-MS, Laser-ablation inductively coupled plasma mass spectrometer	wt%
11	Yttrium	Y	%	Rubatto, Daniela	LA-ICP-MS, Laser-ablation inductively coupled plasma mass spectrometer	wt%
12	Zirconium	Zr	%	Rubatto, Daniela	LA-ICP-MS, Laser-ablation inductively coupled plasma mass spectrometer	wt%
13	Niobium	Nb	%	Rubatto, Daniela	LA-ICP-MS, Laser-ablation inductively coupled plasma mass spectrometer	wt%
14	Hafnium	Hf	%	Rubatto, Daniela	LA-ICP-MS, Laser-ablation inductively coupled plasma mass spectrometer	wt%
15	Tantalum	Ta	%	Rubatto, Daniela	LA-ICP-MS, Laser-ablation inductively coupled plasma mass spectrometer	wt%
16	Tungsten	W	%	Rubatto, Daniela	LA-ICP-MS, Laser-ablation inductively coupled plasma mass spectrometer	wt%
17	Lead	Pb	%	Rubatto, Daniela	LA-ICP-MS, Laser-ablation inductively coupled plasma mass spectrometer	from 208, wt%
18	Thorium	Th	%	Rubatto, Daniela	LA-ICP-MS, Laser-ablation inductively coupled plasma mass spectrometer	wt%
19	Uranium	U	%	Rubatto, Daniela	LA-ICP-MS, Laser-ablation inductively coupled plasma mass spectrometer	wt%

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Size:

945 data points

Data

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

1 Event	2 Sample label	3 Al [%]	4 Si [%]	5 P [%]	6 Sc [%]	7 V [%]	8 Cr [%]	9 Mn [%]	10 Fe [%]	11 Y [%]	12 Zr [%]	13 Nb [%]	14 Hf [%]	15 Ta [%]	16 W [%]	17 Pb [%]	18 Th [%]	19 U [%]
Ma9330	Ma9330-001		2400	27.0		946.0	337.0	0.10	1987		95	143	2.70	7.0	245.0	0.04	0.01	1.10
Ma9330	Ma9330-002		2510	25.0		1315.0	644.0	0.13	2461		83	2741	4.40	131.0	227.0	0.07	<0.01	3.04
Ma9330	Ma9330-003		4780	28.0		1818.0	1184.0	0.19	2998		76	6070	4.20	308.0	335.0	0.69	0.02	0.74
Ma9330	Ma9330-004		3690	24.0		1229.0	130.0	0.76	1716		84	436	2.60	12.0	408.0	0.60	0.09	1.69
Ma9330	Ma9330-005		1940	18.0		1610.0	1049.0	0.20	1747		101	1950	5.20	136.0	169.0	0.04	<0.01	2.49
Ma9330	Ma9330-006		2180	15.0		1431.0	803.0	0.51	1493		129	1728	5.40	47.0	243.0	0.07	0.06	3.18
Ma9330	Ma9330-007		2090	23.0		840.0	511.0	0.04	2549		91	1891	4.90	102.0	159.0	0.03	<0.01	0.16
Ma9330	Ma9330-008		2200	22.0		1623.0	1553.0	0.29	1616		110	2067	5.00	125.0	180.0	0.06	0.05	1.99
Ma9330	Ma9330-009		2469	22.0		1476.0	1036.0	0.61	1850		117	1696	4.60	51.0	205.0	0.25	0.14	1.57
Ma9330	Ma9330-009a		2480	21.0		1478.0	1034.0	0.20	1468		116	1683	4.50	51.0	204.0	0.15	0.13	1.54
Ma9330	Ma9330-010		2600	23.0		1362.0	392.0	0.05	1566		126	177	3.70	6.9	42.0	0.03	<0.01	1.22
Ma9330	MA9-007	382.0	1130	14.0	15.1	1357.0	514.0			0.06	80	3518	4.40	180.0		0.03	<0.01	3.19
Ma9330	MA9-008	271.0	930	13.0	6.2	886.0	348.0			0.04	75	2351	4.30	189.0		0.01	<0.01	2.81
Ma9330	MA9-009	3480.0	6240	23.0	7.0	1142.0	327.0			0.06	107	9460	4.90	697.0		0.32	0.03	3.35
Ma9330	MA9-010	4290.0	7100	19.0	4.6	845.0	329.0			0.30	99	4560	4.90	285.0		0.97	0.01	3.58
Ba0903A	Ba0903A-001		2470	19.3		459.0	49.0	0.86	10230		104	10940	6.64	1186.0	2624.0	0.14	0.21	7.90
Ba0903A	Ba0903A-002		2500	24.1		421.0	69.0	1.20	7706		144	7620	8.01	712.0	2121.0	2.30	0.10	5.90
Ba0903A	Ba0903A-004		2790	30.7		342.0	55.0	0.90	8070		166	6500	9.35	292.0	1405.0	2.20	0.35	20.00
Ba0903A	Ba0903A-005		2882	25.3		383.0	63.0	4.70	9020		141	10030	7.26	937.0	1517.0	0.70	0.51	14.00
Ba0903A	Ba0903A-006		2510	27.1		439.0	63.0	0.34	8180		119	9800	8.02	1221.0	2054.0	0.54	0.02	7.70
Ba0903A	Ba0903A-007		2580	18.9		861.0	85.0	0.53	11220		132	12920	8.21	1191.0	2740.0	0.15	0.05	5.70
Ba0903A	Ba0903A-008		2320	18.3		444.0	46.0	0.36	6550		138	4044	7.60	107.6	689.0	0.11	0.35	13.00
Ba0903A	Ba0903A-010		2380	29.2		295.0	70.0	0.28	5320		150	1435	5.75	31.0	12.7	0.25	0.46	3.40
CLB-3	CLB3-001		6100	24.0		1431.0	596.0	0.24	4544		113	10910	5.30	1095.0	236.0	0.52	<0.01	3.60
CLB-3	CLB3-002		3690	25.0		759.0	318.0	0.04	2118		122	2668	5.60	132.0	81.0	0.61	0.03	5.30
CLB-3	CLB3-003		5310	23.0		985.0	400.0	0.54	3248		157	5489	6.80	601.0	260.0	0.73	0.05	4.40
CLB-3	CLB3-005		2520	28.0		897.0	418.0	0.16	2714		102	4159	5.10	227.0	224.0	0.22	0.01	3.60
CLB-3	CLB3-006		4710	26.0		824.0	429.0	0.33	2146		89	3160	4.60	213.0	125.0	0.52	<0.01	3.20
CLB-3	CLB3-007		3580	24.0		815.0	401.0	0.19	2007		95	2452	5.10	184.0	84.0	0.25	<0.01	3.50
CLB-3	CLB3-008		9100	23.0		867.0	518.0	0.53	2620		89	2597	4.70	178.0	163.0	0.57	<0.01	2.50
CLB-3	CLB3-009		3250	21.0		1355.0	416.0	0.19	4888		98	9950	4.90	2525.0	228.0	0.20	0.02	3.40
CLB-3	CLB3-010		3190	20.0		749.6	348.0	0.18	2746		96	4293	5.00	330.0	205.0	0.21	<0.01	3.30
CLB-3	CLB3-106	139.0	1209	17.0	5.4	1144.0	274.0			0.12	89	478	2.50	26.0		0.04	0.02	0.69
CLB-3	CLB3-107	117.0	1173	19.0	38.0	2421.0	1552.0			0.11	83	4496	4.20	198.0		0.06	0.04	0.30
CLB-3	CLB3-109	546.0	1530	17.0	3.8	1031.0	343.0			0.08	78	894	3.10	51.0		0.10	<0.01	0.72
CLB-3	CLB3-110	424.0	1322	18.0	4.5	1326.0	213.0			0.10	96	431	3.00	27.0		0.05	<0.01	0.22
CLB-4	CLB4-001		4420	32.0		1280.0	756.0	3.40	5130		238	10860	11.00	461.0	257.0	0.87	1.20	36.00
CLB-4	CLB4-002		2360	18.0		1024.0	183.6	23.10	4066		265	3873	13.00	171.0	185.0	0.01	0.04	26.00
CLB-4	CLB4-004		2700	24.0		972.0	377.8	0.56	3724		279	4730	12.00	142.0	236.0	0.16	0.15	31.00
CLB-4	CLB4-005		2800	25.0		947.0	365.0	0.68	3265		205	3410	10.00	79.0	232.0	0.23	<0.01	32.00
CLB-4	CLB4-007		3010	26.0		1078.0	553.0	1.60	3946		223	5130	12.00	123.0	267.0	0.44	0.25	27.00
CLB-4	CLB4-008		2280	22.0		893.0	438.0	0.38	3205		213	3695	11.00	86.0	173.0	0.17	0.08	33.00
Ma0901	Ma0901-001		6590	23.0		1061.0	286.0	0.58	2294		144	1570	6.90	88.0	657.0	0.21	0.06	7.60
Ma0901	Ma0901-003		2370	23.0		1172.0	337.0	0.14	2069		131	1386	4.60	118.0	458.0	0.27	0.29	1.50
Ma0901	Ma0901-004		7140	24.0		1174.0	634.0	0.84	2696		126	2105	6.70	145.0	456.0	0.38	0.02	0.60
Ma0901	Ma0901-005		3150	24.0		933.0	151.0	2.00	3050		150	876	5.90	79.0	621.0	0.09	0.06	4.10
Ma0901	Ma0901-006		8500	26.0		1164.0	483.0	1.20	2766		126	2815	6.30	148.0	266.0	4.60	0.01	1.00
Ma0901	Ma0901-008		5580	22.0		1145.0	474.0	1.30	2687		125	2232	5.80	81.0	341.0	0.33	0.04	1.60
Ma0901	Ma0901-009		2000	20.0		1358.0	466.0	0.17	2450		147	1945	7.50	144.0	2347.0	0.03	0.02	0.85
Ma0901	Ma0901-010		5510	17.0		927.0	375.0	0.43	2630		103	2815	5.10	172.0	223.0	0.31	0.02	1.80
Ma0901	MA0901-108	48.9	1145	18.0	3.2	391.0	74.0			0.06	93	494	3.10	25.0		0.01	0.04	2.40
Ma0901	MA0901-111	650.0	1780	16.0	6.7	508.0	72.0			0.22	145	9480	7.50	1101.0		0.17	0.41	13.00
Sp9712	Sp9712-001		4930	29.0		1047.0	709.0	0.49	2797		74	2088	3.90	219.0	364.0	0.60	0.01	11.00
Sp9712	Sp9712-002		2320	20.0		1315.0	733.0	0.38	3216		109	5279	4.70	338.0	600.0	0.56	0.19	15.00
Sp9712	Sp9712-003		2460	20.0		1179.0	862.0	4.10	2440		68	2271	4.00	238.0	386.0	0.22	0.02	8.30
Sp9712	Sp9712-005		2290	26.0		1124.0	704.0	0.64	2678		150	4910	6.40	327.0	923.0	0.12	1.46	15.00
Sp9712	Sp9712-006		3700	26.0		1374.0	969.0	2.20	3087		73	3264	3.90	317.0	355.0	0.24	<0.01	5.00
Sp9712	Sp9712-007		3450	28.0		1001.0	640.0	0.17	2178		84	1944	3.80	100.0	393.0	0.45	0.01	14.00
Sp9712	Sp9712-010		3420	19.0		1005.0	691.0	0.38	2277		78	2588	3.40	243.0	371.0	0.57	1.40	6.60
Sp9712	SP9712-106	470.0	1400	17.0	20.0	1388.0	1382.0			0.06	109	6020	4.90	592.0		0.23	0.01	14.00
Sp9712	SP9712-107	1340.0	2250	16.0	22.0	1018.0	957.0			0.08	74	1766	3.50	87.0		1.00	0.04	12.00
Sp9712	SP9712-108	2980.0	3840	19.0	27.0	1137.0	580.0			0.08	93	3581	4.20	244.0		1.80	0.14	13.00
Sp9712	SP9712-110	1090.0	2210	22.0	21.0	1622.0	928.0			1.30	152	7630	7.20	598.0		1.30	0.41	15.00