FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1670036472> ?p ?o ?g. }

• W1670036472 endingPage "621" @default.
• W1670036472 startingPage "605" @default.
• W1670036472 abstract "ABSTRACT An integrated geological and geophysical investigation was carried out in the near‐mine areas of the Chaihulanzi gold‐field, Inner Mongolia, northern China, to determine the south‐eastern strike extension of the principal mineralized shear system, in the search for new resources. In this case study, surface geophysical surveys played an important role in defining the mineralized structures beneath cover. A re‐investigation of the mine geology by observing the underground exposures of mineralization and its hosting structures, coupled with re‐evaluation and re‐examination of previous exploration data, revealed that the mineralization style at the Chaihulanzi gold‐field is not the skarn‐type as previously assumed, but is structurally controlled by an oblique‐sinistral shear structure. Moreover, a south‐eastward shallow‐plunging mineralized corridor within the principal mineralized shear system was also identified, implying that the ore‐forming fluid‐flow might move through the mineralizing system, from the south‐east at depth to the north‐west. These new geological findings imply that the mineralized shear system should extend much farther south‐eastwards along strike beneath cover, and thus a conceptual target area was proposed. A detailed geophysical survey program, involving the application of VLF‐EM, Stratagem EH4, CSAMT and gradient IP measurements, was carried out to test the validity of the conceptual target. Orientation surveys on the geologically known Line‐18 traverse revealed that VLF‐EM and Stratagem EH4 were the most effective methods of detecting the unseen mineralized system, whereas CSAMT could only provide low‐resolution data, and IP proved to be unsuitable in this environment due to the ubiquitous presence of graphite‐bearing schists in and around the mineralized system. A follow‐up systematic VLF‐EM survey highlighted the principal mineralized shear system as a linear conductive belt, tracing the principal mineralized system for a further 750 m of strike length beneath cover from the previous exploration limit (Line 18). Stratagem EH4 soundings over six parallel traverses perpendicular to the mineralized trend revealed that the principal mineralized shear structure extends for more than 500 m in the dip direction, a strong indication of the presence of potential deep mineralization under the surveyed area. Detailed modelling of the Stratagem EH4 sounding images provided well‐defined targets for test drilling. Subsequent test drilling on some of these targets returned encouraging results as several core‐intercepts of economic gold mineralization were encountered. This led to a more extensive drilling and underground prospecting program, focusing on deep mineralization south‐eastwards along the mineralized trend." @default.
• W1670036472 created "2016-06-24" @default.
• W1670036472 creator A5008171292 @default.
• W1670036472 creator A5042999171 @default.
• W1670036472 creator A5049696642 @default.
• W1670036472 creator A5060006875 @default.
• W1670036472 creator A5079417201 @default.
• W1670036472 date "2006-09-01" @default.
• W1670036472 modified "2023-10-15" @default.
• W1670036472 title "Integrated geological and geophysical exploration for concealed ores beneath cover in the Chaihulanzi goldfield, northern China" @default.
• W1670036472 cites W1970202084 @default.
• W1670036472 cites W1977331418 @default.
• W1670036472 cites W2004121791 @default.
• W1670036472 cites W2019576654 @default.
• W1670036472 cites W2027941967 @default.
• W1670036472 cites W2034586023 @default.
• W1670036472 cites W2046935963 @default.
• W1670036472 cites W2047894221 @default.
• W1670036472 cites W2058851779 @default.
• W1670036472 cites W2059543064 @default.
• W1670036472 cites W2070871697 @default.
• W1670036472 cites W2086461334 @default.
• W1670036472 cites W2089798168 @default.
• W1670036472 cites W2091329096 @default.
• W1670036472 cites W2135183934 @default.
• W1670036472 cites W2480194483 @default.
• W1670036472 cites W1996893621 @default.
• W1670036472 cites W2067084787 @default.
• W1670036472 doi "https://doi.org/10.1111/j.1365-2478.2006.00553.x" @default.
• W1670036472 hasPublicationYear "2006" @default.
• W1670036472 type Work @default.
• W1670036472 sameAs 1670036472 @default.
• W1670036472 citedByCount "19" @default.
• W1670036472 countsByYear W16700364722012 @default.
• W1670036472 countsByYear W16700364722014 @default.
• W1670036472 countsByYear W16700364722017 @default.
• W1670036472 countsByYear W16700364722019 @default.
• W1670036472 countsByYear W16700364722020 @default.
• W1670036472 countsByYear W16700364722021 @default.
• W1670036472 countsByYear W16700364722022 @default.
• W1670036472 countsByYear W16700364722023 @default.
• W1670036472 crossrefType "journal-article" @default.
• W1670036472 hasAuthorship W1670036472A5008171292 @default.
• W1670036472 hasAuthorship W1670036472A5042999171 @default.
• W1670036472 hasAuthorship W1670036472A5049696642 @default.
• W1670036472 hasAuthorship W1670036472A5060006875 @default.
• W1670036472 hasAuthorship W1670036472A5079417201 @default.
• W1670036472 hasConcept C125171110 @default.
• W1670036472 hasConcept C127313418 @default.
• W1670036472 hasConcept C156622251 @default.
• W1670036472 hasConcept C165205528 @default.
• W1670036472 hasConcept C170152797 @default.
• W1670036472 hasConcept C17409809 @default.
• W1670036472 hasConcept C195843664 @default.
• W1670036472 hasConcept C23295444 @default.
• W1670036472 hasConcept C235608 @default.
• W1670036472 hasConcept C2776152364 @default.
• W1670036472 hasConcept C2776867696 @default.
• W1670036472 hasConcept C50047906 @default.
• W1670036472 hasConcept C66264921 @default.
• W1670036472 hasConcept C77928131 @default.
• W1670036472 hasConcept C8058405 @default.
• W1670036472 hasConceptScore W1670036472C125171110 @default.
• W1670036472 hasConceptScore W1670036472C127313418 @default.
• W1670036472 hasConceptScore W1670036472C156622251 @default.
• W1670036472 hasConceptScore W1670036472C165205528 @default.
• W1670036472 hasConceptScore W1670036472C170152797 @default.
• W1670036472 hasConceptScore W1670036472C17409809 @default.
• W1670036472 hasConceptScore W1670036472C195843664 @default.
• W1670036472 hasConceptScore W1670036472C23295444 @default.
• W1670036472 hasConceptScore W1670036472C235608 @default.
• W1670036472 hasConceptScore W1670036472C2776152364 @default.
• W1670036472 hasConceptScore W1670036472C2776867696 @default.
• W1670036472 hasConceptScore W1670036472C50047906 @default.
• W1670036472 hasConceptScore W1670036472C66264921 @default.
• W1670036472 hasConceptScore W1670036472C77928131 @default.
• W1670036472 hasConceptScore W1670036472C8058405 @default.
• W1670036472 hasIssue "5" @default.
• W1670036472 hasLocation W16700364721 @default.
• W1670036472 hasOpenAccess W1670036472 @default.
• W1670036472 hasPrimaryLocation W16700364721 @default.
• W1670036472 hasRelatedWork W2040991714 @default.
• W1670036472 hasRelatedWork W2041267291 @default.
• W1670036472 hasRelatedWork W2075793574 @default.
• W1670036472 hasRelatedWork W2165067989 @default.
• W1670036472 hasRelatedWork W2331464824 @default.
• W1670036472 hasRelatedWork W2586545423 @default.
• W1670036472 hasRelatedWork W2607787714 @default.
• W1670036472 hasRelatedWork W2889327639 @default.
• W1670036472 hasRelatedWork W2998358613 @default.
• W1670036472 hasRelatedWork W3146054596 @default.
• W1670036472 hasVolume "54" @default.
• W1670036472 isParatext "false" @default.
• W1670036472 isRetracted "false" @default.
• W1670036472 magId "1670036472" @default.
• W1670036472 workType "article" @default.