Chemical composition, age, and magnetic parameters of igneous rocks from the Franz Josef Land

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Bibliographic Details
Main Authors:	Piskarev, A L, Heunemann, Ch, Makar'ev, A A, Makar'eva, E M, Bachtadse, Valerian, Aleksyutin, M
Format:	Dataset Open Access
Language:	en
Published:	PANGAEA 2009
Subjects:	Archive of Ocean Data; ARCOD; FJL-2005-1; FJL-2007; FJL-2016-3; FJL-2027-2; FJL-2124; FJL-2131tba-1; FJL-2131tba-2; FJL-2134-3; FJL-2147; FJL-2319; FJL-2320; FJL-2334; FJL-2336; FJL-2372; FJL-2609; FJL-2611; FJL-2621; FJL-2631; FJL-2708; FJL-2711tba-2; FJL-2711trp; FJL-2723; FJL-2808; FJL-2811; FJL-2818ban; FJL-2818trp; FJL-2819ban; FJL-2823; FJL-2832; FJL-2910; FJL-2917; FJL-3006; FJL-3009d; FJL-3033; FJL-3035; FJL-3045; FJL-3069; FJL-3072; FJL-3674; FJL-40; FJL-4199; FJL-4207-3; FJL-46; FJL-46-K; FJL-47; FJL-5010; FJL-5017; FJL-53; FJL-5404; FJL-5428; FJL-55; FJL-5505-1a; FJL-5534-1; FJL-5542-2; FJL-5547-1; FJL-B-98-4; FJL-C-18; FJL-C-19; FJL-C-6; FJL-D-182; FJL-MK-1; FJL-OG-98-3a; Franz Josef Land; George Land, Franz Josef Land
Online Access:	Acceder al recurso
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author	Piskarev, A L Heunemann, Ch Makar'ev, A A Makar'eva, E M Bachtadse, Valerian Aleksyutin, M
author_facet	Piskarev, A L Heunemann, Ch Makar'ev, A A Makar'eva, E M Bachtadse, Valerian Aleksyutin, M
collection	Datos científicos de ciencias marinas y ambientales
contents	A combined study of magnetic parameters of basalt and andesite samples has been carried out in the framework of geological investigations of the Franz Josef Land. This study has included determination of coercivity, saturation magnetization, Curie points, natural remanent magnetization (NRM), and magnetic susceptibility as well as examination of ferromagnetic minerals with a microscope. Data on chemical composition of the rocks have been obtained for all the samples, and radiological ages have been determined for the majority of the rocks. Thermomagnetic curves of the samples have been subdivided into four types depending on composition of ferromagnetic NRM carriers. Data showing multiple changes in the predominant composition of the igneous rocks have been obtained. Each stage of magmatism is characterized by a specific type of the ferromagnetic component in the rocks and, therefore, magnetomineralogical investigations can be used for differentiation and correlation of the igneous rocks.
format	Dataset Open Access
id	pangaea_https___doi_org_10_1594_PANGAEA_745899
institution	PANGAEA
language	en
publishDate	2009
publisher	PANGAEA
record_format	pangaea
spellingShingle	Chemical composition, age, and magnetic parameters of igneous rocks from the Franz Josef Land Piskarev, A L Heunemann, Ch Makar'ev, A A Makar'eva, E M Bachtadse, Valerian Aleksyutin, M Archive of Ocean Data; ARCOD; FJL-2005-1; FJL-2007; FJL-2016-3; FJL-2027-2; FJL-2124; FJL-2131tba-1; FJL-2131tba-2; FJL-2134-3; FJL-2147; FJL-2319; FJL-2320; FJL-2334; FJL-2336; FJL-2372; FJL-2609; FJL-2611; FJL-2621; FJL-2631; FJL-2708; FJL-2711tba-2; FJL-2711trp; FJL-2723; FJL-2808; FJL-2811; FJL-2818ban; FJL-2818trp; FJL-2819ban; FJL-2823; FJL-2832; FJL-2910; FJL-2917; FJL-3006; FJL-3009d; FJL-3033; FJL-3035; FJL-3045; FJL-3069; FJL-3072; FJL-3674; FJL-40; FJL-4199; FJL-4207-3; FJL-46; FJL-46-K; FJL-47; FJL-5010; FJL-5017; FJL-53; FJL-5404; FJL-5428; FJL-55; FJL-5505-1a; FJL-5534-1; FJL-5542-2; FJL-5547-1; FJL-B-98-4; FJL-C-18; FJL-C-19; FJL-C-6; FJL-D-182; FJL-MK-1; FJL-OG-98-3a; Franz Josef Land; George Land, Franz Josef Land A combined study of magnetic parameters of basalt and andesite samples has been carried out in the framework of geological investigations of the Franz Josef Land. This study has included determination of coercivity, saturation magnetization, Curie points, natural remanent magnetization (NRM), and magnetic susceptibility as well as examination of ferromagnetic minerals with a microscope. Data on chemical composition of the rocks have been obtained for all the samples, and radiological ages have been determined for the majority of the rocks. Thermomagnetic curves of the samples have been subdivided into four types depending on composition of ferromagnetic NRM carriers. Data showing multiple changes in the predominant composition of the igneous rocks have been obtained. Each stage of magmatism is characterized by a specific type of the ferromagnetic component in the rocks and, therefore, magnetomineralogical investigations can be used for differentiation and correlation of the igneous rocks.
title	Chemical composition, age, and magnetic parameters of igneous rocks from the Franz Josef Land
topic	Archive of Ocean Data; ARCOD; FJL-2005-1; FJL-2007; FJL-2016-3; FJL-2027-2; FJL-2124; FJL-2131tba-1; FJL-2131tba-2; FJL-2134-3; FJL-2147; FJL-2319; FJL-2320; FJL-2334; FJL-2336; FJL-2372; FJL-2609; FJL-2611; FJL-2621; FJL-2631; FJL-2708; FJL-2711tba-2; FJL-2711trp; FJL-2723; FJL-2808; FJL-2811; FJL-2818ban; FJL-2818trp; FJL-2819ban; FJL-2823; FJL-2832; FJL-2910; FJL-2917; FJL-3006; FJL-3009d; FJL-3033; FJL-3035; FJL-3045; FJL-3069; FJL-3072; FJL-3674; FJL-40; FJL-4199; FJL-4207-3; FJL-46; FJL-46-K; FJL-47; FJL-5010; FJL-5017; FJL-53; FJL-5404; FJL-5428; FJL-55; FJL-5505-1a; FJL-5534-1; FJL-5542-2; FJL-5547-1; FJL-B-98-4; FJL-C-18; FJL-C-19; FJL-C-6; FJL-D-182; FJL-MK-1; FJL-OG-98-3a; Franz Josef Land; George Land, Franz Josef Land
url	https://doi.org/10.1594/PANGAEA.745899

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