Chemical composition of ocean Fe-Mn ores
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PANGAEA
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| Formato: | Dataset Open Access |
| Lenguaje: | en |
| Publicado: |
PANGAEA
2007
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| _version_ | 1867170458146701312 |
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| author | Bazilevskaya, Elena S |
| author_facet | Bazilevskaya, Elena S |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | The monograph includes the study of chemical and mineral compositions of terrestrial and marine manganese ores, methods of their analysis, dependence of manganese crust geochemistry on tectonic position of their formation, problems of manganese genesis and sources of manganese in ocean ores in connection with geohistorical aspects of ocean formation and development. A hypothesis is offered that formation of giant manganese mineral basins on continental margins resulted from a large asteroid fall to the ocean. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_743345 |
| institution | PANGAEA |
| language | en |
| publishDate | 2007 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Chemical composition of ocean Fe-Mn ores Bazilevskaya, Elena S 10I-47; 10I-48; 10I-49; 10I-50; 10I-51; 10I-97; 11L-11; 11L-12; 11L-23; 11L-24; 11L-42; 11L-61; 11L-62; 13S-06; 13S-10; 13S-11; 13S-12; 13S-13; 13S-14; 13S-15; 13S-19; 13S-21; 13S-22; 13S-26; 13S-31; 13S-37; 13S-38; 13S-39; 13S-47; 13S-48; 15S-01; 15S-04; 15S-06; 15S-07; 15S-12; 15S-14; 15S-18; 15S-19; 15S-21; 15S-22; 15S-29; 15S-34; 15S-36; 15S-42; 15S-43; 15S-55; 16S-01; 16S-04; 16S-05; 16S-07; 16S-12; 16S-19; 16S-23; 16S-24; 16S-25; 16S-26; 16S-28; 16S-31; 16S-33; 16S-36; 16S-39; 16S-40; 16S-44; 16S-53; 16S-58; 16S-60; 16S-62; 16S-68; 16S-73; 16S-78; 16S-79; 17V-10; 17V-12; 17V-13; 18S-29; 18S-33; 18S-41; 18S-42; 18S-57; 19S-01; 19S-02; 19S-03; 19S-04; 19S-07; 19S-09; 19S-10; 19S-11; 19S-12; 19S-15; 19S-16; 19S-20; 19S-23; 19S-25; 19S-27; 19S-28; 19S-30; 19S-31; 19S-35; 3S-1; 3S-11; 3S-18; 3S-2; 3S-28; 3S-3; 3S-34; 3S-60; 3S-64; 6S-11; 6S-14; 6S-15; 6S-19; 6S-2; 6S-25; 6S-31; 6S-44; 6S-46; 6S-48; 6S-49; 6S-58; 6S-59; 8S-84; 96G-08; 96G-09; 96G-16; 96G-19; 96G-20; 96G-21; 96G-22; 96G-23; 96G-30; 96G-31; 96G-32; 96G-36; 96G-41; 96G-42; 96G-43; 96G-46; 9S-12; 9S-14; 9S-16; 9S-18; 9S-24; 9S-31; 9S-48; 9S-49; 9S-56; 9S-70; 9S-73; 9S-88; 9S-93; 9S-98; 9S-99; Akademik Ioffe; Akademik Nikolaj Strakhov; ANS13; ANS15; ANS16; ANS18; ANS19; ANS22; ANS3; ANS6; ANS9; Archive of Ocean Data; ARCOD; Cape Verde Fault Zone; Central Atlantic; DM28; DM28-2474-39; DM28-2483-33; Dmitry Mendeleev; Dredge; DRG; Equatorial Atlantic; Equatorial Pacific; GC; Gravity corer; I1002; I1005; I1009; I1010; I1011; I1012; I1016; I1029; I1030; I1041; I1043; I1045; I1046; I1055; I1057; I1060; I1063; I1068; I1069; I1071; Ioffe-10; Mid-Atlantic Ridge; S2235; South Atlantic Ocean The monograph includes the study of chemical and mineral compositions of terrestrial and marine manganese ores, methods of their analysis, dependence of manganese crust geochemistry on tectonic position of their formation, problems of manganese genesis and sources of manganese in ocean ores in connection with geohistorical aspects of ocean formation and development. A hypothesis is offered that formation of giant manganese mineral basins on continental margins resulted from a large asteroid fall to the ocean. |
| title | Chemical composition of ocean Fe-Mn ores |
| topic | 10I-47; 10I-48; 10I-49; 10I-50; 10I-51; 10I-97; 11L-11; 11L-12; 11L-23; 11L-24; 11L-42; 11L-61; 11L-62; 13S-06; 13S-10; 13S-11; 13S-12; 13S-13; 13S-14; 13S-15; 13S-19; 13S-21; 13S-22; 13S-26; 13S-31; 13S-37; 13S-38; 13S-39; 13S-47; 13S-48; 15S-01; 15S-04; 15S-06; 15S-07; 15S-12; 15S-14; 15S-18; 15S-19; 15S-21; 15S-22; 15S-29; 15S-34; 15S-36; 15S-42; 15S-43; 15S-55; 16S-01; 16S-04; 16S-05; 16S-07; 16S-12; 16S-19; 16S-23; 16S-24; 16S-25; 16S-26; 16S-28; 16S-31; 16S-33; 16S-36; 16S-39; 16S-40; 16S-44; 16S-53; 16S-58; 16S-60; 16S-62; 16S-68; 16S-73; 16S-78; 16S-79; 17V-10; 17V-12; 17V-13; 18S-29; 18S-33; 18S-41; 18S-42; 18S-57; 19S-01; 19S-02; 19S-03; 19S-04; 19S-07; 19S-09; 19S-10; 19S-11; 19S-12; 19S-15; 19S-16; 19S-20; 19S-23; 19S-25; 19S-27; 19S-28; 19S-30; 19S-31; 19S-35; 3S-1; 3S-11; 3S-18; 3S-2; 3S-28; 3S-3; 3S-34; 3S-60; 3S-64; 6S-11; 6S-14; 6S-15; 6S-19; 6S-2; 6S-25; 6S-31; 6S-44; 6S-46; 6S-48; 6S-49; 6S-58; 6S-59; 8S-84; 96G-08; 96G-09; 96G-16; 96G-19; 96G-20; 96G-21; 96G-22; 96G-23; 96G-30; 96G-31; 96G-32; 96G-36; 96G-41; 96G-42; 96G-43; 96G-46; 9S-12; 9S-14; 9S-16; 9S-18; 9S-24; 9S-31; 9S-48; 9S-49; 9S-56; 9S-70; 9S-73; 9S-88; 9S-93; 9S-98; 9S-99; Akademik Ioffe; Akademik Nikolaj Strakhov; ANS13; ANS15; ANS16; ANS18; ANS19; ANS22; ANS3; ANS6; ANS9; Archive of Ocean Data; ARCOD; Cape Verde Fault Zone; Central Atlantic; DM28; DM28-2474-39; DM28-2483-33; Dmitry Mendeleev; Dredge; DRG; Equatorial Atlantic; Equatorial Pacific; GC; Gravity corer; I1002; I1005; I1009; I1010; I1011; I1012; I1016; I1029; I1030; I1041; I1043; I1045; I1046; I1055; I1057; I1060; I1063; I1068; I1069; I1071; Ioffe-10; Mid-Atlantic Ridge; S2235; South Atlantic Ocean |
| url | https://doi.org/10.1594/PANGAEA.743345 |