Results 11 to 20 of about 355 (139)
Podiform Chromitites in the Sorkhband Ultramafic Complex, Southern Iran: Evidence for [PDF]
Journal of Sciences, Islamic Republic of Iran, 2008 The podiform chromitite deposits of the Ordovician Sorkhband ultramafic complex, southwestern Makran, are the largest chromitite deposits in Iran. The Sorkhband ultramafic complex comprises of a northern part of dunite, podiform chromitite, olivine ...
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Sulfides associated with podiform bodies of chromite at Tsangli, Eretria, Greece
Mineralium Deposita, 1984 Small bodies of pyrrhotite, chalcopyrite, minor pentlandite, and magnetite occur at the peripheries of podiform bodies of chromite in ultramafic ophiolitic rocks at Tsangli, Eretria, central Greece. Banding of magnetite and sulfide within the bodies is reminiscent of magmatic banding.
Economou, M.I., Naldrett, A.J.
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Podiform chromite at Voskhod, Kazakhstan [PDF]
The Voskhod podiform chromitite is one of more than 30 chromitite deposits that collectively form the Main Ore Field (MOF) within the Kempirsai Massif, in Kazakhstan. The MOF is the largest podiform chromitite ore-field in the world. The Voskhod deposit, encased in a serpentinised dunite halo, is situated within harzburgite units that comprise the ...
Johnson, Caroline
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Metamorphism on Chromite Ores from the Dobromirtsi Ultramafic Massif, Rhodope Mountains (SE Bulgaria) [PDF]
Geologica Acta, 2009 Podiform chromitite bodies occur in highly serpentinized peridotites at Dobromirtsi Ultramafic Massif (Rhodope Mountains, southeastern Bulgaria). The ultramafic body is believed to represent a fragment of Palaeozoic ophiolite mantle.
J.M. GONZÁLEZ JIMÉNEZ +3 more
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The Spatial Distribution of Some Chromite Deposits in Iran, Using Fry Analysis [PDF]
Journal of Sciences, Islamic Republic of Iran, 2006 The spatial distribution of mineralization is the foremost concern in regional exploration and it could be considered as a very important tool in the investigation of mineral deposits.
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CHROMITITE PROSPECTING USING LANDSAT TM AND ASTER REMOTE SENSING DATA [PDF]
ISPRS Annals of the Photogrammetry, Remote Sensing and Spatial Information Sciences, 2015 Studying the ophiolite complexes using multispectral remote sensing satellite data are interesting because of high diversity of minerals and the source of podiform chromitites.
A. Beiranvand Pour +2 more
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Egyptian Journal of Remote Sensing and Space Sciences, 2012 This research aims at integrating remote sensing data and field studies for lithological mapping of different rock units. Geological interpretation of Landsat ETM+ image and field studies revealed that the study area is mainly covered by ophiolitic ...
A.K.A. Salem, A.E. Khalil, T.M. Ramadan
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, 2022 These four tables include supplementary tables for the paper "Characterization of stratiform chromite deposits in ophiolites and their genetic link to podiform chromitites", which is authored by Xia Liu, Ben-Xun Su, Yan Xiao, Qi-Qi Pan and Ibrahim Uysal.
Xia Liu (14251442) +4 more
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Journal of Economic Geology, 2019 Introduction Podiform chromite deposits are small magmatic chromite bodies formed in the lower section of an ophiolite complex. Podiform chromite mines have produced 57.4 percent of the world’s total chromite production.
Jaber Masoudi, Ali Imamalipour
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, 2021 Whole-rock platinum group elements contents of Zunhua podiform chromitites; major, minor, and trace elements content of chromite grains in Zunhua podiform ...
Huang, Y (via Mendeley Data)
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