FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3105461044> ?p ?o ?g. }

• W3105461044 endingPage "342" @default.
• W3105461044 startingPage "326" @default.
• W3105461044 abstract "The nano-micron exsolved spinels with various mineralogical characteristics in titanomagnetite from Fe–Ti oxide gabbros in the Panzhihua Fe–Ti–V oxide deposit, SW China, have been studied by field emission scanning electron microscopy (FE-SEM) and electron probe microanalysis (EPMA) based on comparisons of physical and chemical conditions at different stratigraphic heights to investigate the compositional inheritance between titanomagnetite and exsolved spinel and further explore the relationship between the morphology and growth of exsolved spinels. Restored chemical data for titanomagnetite combined with evidence from petrography and whole-rock geochemistry imply fractional crystallization of the Panzhihua Fe–Ti–V oxide deposit, where the titanomagnetite of thick massive oxides at the bottom of the No. VIII orebody represents the early crystallizing phase characterized by high temperature and oxygen fugacity. The chemical variation in the exsolved spinel, which has the same trend as the restored composition of titanomagnetite, represents inheritance from the parent rock within the Panzhihua deposit. Exsolved spinel continuously adjusts morphology and grain size to decrease the total energy of the manganate-spinel system from fine-grained spinels parallel to the {100} plane of titanomagnetite to spinels with complex stellate morphology to bulky granular spinels with high degrees of idiomorphism. The unusual multiple magma replenishment during the mineralizing process and at different stratigraphic heights in the Panzhihua intrusion had an important influence on the thermal evolution history of the orebody, resulting in the identifiable spatial distribution patterns of spinel morphology and grain size. Using spinel exsolution as a discriminator for the provenance of magmatic ore deposits may provide intuitive and easy mineralogical evidence to qualitatively discuss the evolution of the metallogenetic environment and the ore-forming conditions for similar large mafic intrusions." @default.
• W3105461044 created "2020-11-23" @default.
• W3105461044 creator A5010483436 @default.
• W3105461044 creator A5015032666 @default.
• W3105461044 creator A5018929163 @default.
• W3105461044 creator A5030018787 @default.
• W3105461044 creator A5086704782 @default.
• W3105461044 date "2021-01-01" @default.
• W3105461044 modified "2023-09-23" @default.
• W3105461044 title "Nano-Micron Exsolved Spinels in Titanomagnetite and Their Implications for the Formation of the Panzhihua Fe–Ti–V Oxide Deposit, Southwest China" @default.
• W3105461044 cites W1225814248 @default.
• W3105461044 cites W1510758430 @default.
• W3105461044 cites W1618437740 @default.
• W3105461044 cites W1965648764 @default.
• W3105461044 cites W1967197614 @default.
• W3105461044 cites W1970122979 @default.
• W3105461044 cites W1973297627 @default.
• W3105461044 cites W1973544042 @default.
• W3105461044 cites W1976522262 @default.
• W3105461044 cites W1978486812 @default.
• W3105461044 cites W1979536186 @default.
• W3105461044 cites W1981316911 @default.
• W3105461044 cites W1983545647 @default.
• W3105461044 cites W1985040300 @default.
• W3105461044 cites W1985579151 @default.
• W3105461044 cites W1992563879 @default.
• W3105461044 cites W1992703226 @default.
• W3105461044 cites W1999129228 @default.
• W3105461044 cites W2005236071 @default.
• W3105461044 cites W2007767737 @default.
• W3105461044 cites W2009176764 @default.
• W3105461044 cites W2030780923 @default.
• W3105461044 cites W2031556004 @default.
• W3105461044 cites W2036710144 @default.
• W3105461044 cites W2046858065 @default.
• W3105461044 cites W2047758469 @default.
• W3105461044 cites W2068078941 @default.
• W3105461044 cites W2070416200 @default.
• W3105461044 cites W2074911095 @default.
• W3105461044 cites W2075607939 @default.
• W3105461044 cites W2078022532 @default.
• W3105461044 cites W2081611476 @default.
• W3105461044 cites W2083642840 @default.
• W3105461044 cites W2093512571 @default.
• W3105461044 cites W2105963017 @default.
• W3105461044 cites W2114287348 @default.
• W3105461044 cites W2119956359 @default.
• W3105461044 cites W2120457265 @default.
• W3105461044 cites W2123900751 @default.
• W3105461044 cites W2127083348 @default.
• W3105461044 cites W2137372483 @default.
• W3105461044 cites W2139216709 @default.
• W3105461044 cites W2147118259 @default.
• W3105461044 cites W2147225147 @default.
• W3105461044 cites W2159940268 @default.
• W3105461044 cites W2161866809 @default.
• W3105461044 cites W2164517911 @default.
• W3105461044 cites W2235097746 @default.
• W3105461044 cites W2316952973 @default.
• W3105461044 cites W2327071386 @default.
• W3105461044 cites W2330204384 @default.
• W3105461044 cites W2330476109 @default.
• W3105461044 cites W2331067066 @default.
• W3105461044 cites W2333598814 @default.
• W3105461044 cites W2558204968 @default.
• W3105461044 cites W2784589505 @default.
• W3105461044 cites W2898166015 @default.
• W3105461044 cites W2969288079 @default.
• W3105461044 cites W2995406297 @default.
• W3105461044 doi "https://doi.org/10.1166/jnn.2021.18448" @default.
• W3105461044 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33213633" @default.
• W3105461044 hasPublicationYear "2021" @default.
• W3105461044 type Work @default.
• W3105461044 sameAs 3105461044 @default.
• W3105461044 citedByCount "3" @default.
• W3105461044 countsByYear W31054610442022 @default.
• W3105461044 countsByYear W31054610442023 @default.
• W3105461044 crossrefType "journal-article" @default.
• W3105461044 hasAuthorship W3105461044A5010483436 @default.
• W3105461044 hasAuthorship W3105461044A5015032666 @default.
• W3105461044 hasAuthorship W3105461044A5018929163 @default.
• W3105461044 hasAuthorship W3105461044A5030018787 @default.
• W3105461044 hasAuthorship W3105461044A5086704782 @default.
• W3105461044 hasConcept C127313418 @default.
• W3105461044 hasConcept C138411078 @default.
• W3105461044 hasConcept C151730666 @default.
• W3105461044 hasConcept C17409809 @default.
• W3105461044 hasConcept C192562407 @default.
• W3105461044 hasConcept C199289684 @default.
• W3105461044 hasConcept C2776230739 @default.
• W3105461044 hasConcept C59235061 @default.
• W3105461044 hasConcept C67236022 @default.
• W3105461044 hasConcept C93746451 @default.
• W3105461044 hasConceptScore W3105461044C127313418 @default.
• W3105461044 hasConceptScore W3105461044C138411078 @default.
• W3105461044 hasConceptScore W3105461044C151730666 @default.
• W3105461044 hasConceptScore W3105461044C17409809 @default.
• W3105461044 hasConceptScore W3105461044C192562407 @default.

• next