Métadonnées de publication

McClenaghan, M.B., Plouffe, A., Layton-Matthews, D. (eds) (2014). Application of indicator mineral methods to mineral exploration. Geological Survey of Canada, Open File 7553, 74p.

DOI: 10.4095/293858


Enregistrements GEOSCAN

IndexRéférence bibliographiqueTélécharger
1Application of indicator mineral methods to mineral exploration; McClenaghan, M B; Plouffe, A; Layton-Matthews, D. Commission géologique du Canada, Dossier public 7553, 2014; 74 pages (détails)
2Foreword; McClenaghan, M B; Plouffe, A; Layton-Matthews, D; dans, Application of indicator mineral methods to mineral exploration; McClenaghan, M B; Plouffe, A; Layton-Matthews, D. Commission géologique du Canada, Dossier public 7553, 2014; pages i (détails)
3Overview of indicator mineral recovery methods for sediments and bedrock: 2013 update; McClenaghan, M B; dans, Application of indicator mineral methods to mineral exploration; McClenaghan, M B; Plouffe, A; Layton-Matthews, D. Commission géologique du Canada, Dossier public 7553, 2014; pages 1-7 (détails)
4Mineral chemistry: modern techniques and applications to exploration; Layton-Matthews, D; Hamilton, C; McClenaghan, M B; dans, Application of indicator mineral methods to mineral exploration; McClenaghan, M B; Plouffe, A; Layton-Matthews, D. Commission géologique du Canada, Dossier public 7553, 2014; pages 9-18 (détails)
5Quality assurance and quality control measures applied to indicator mineral studies of glacial sediments at the Geological Survey of Canada; Plouffe, A; McClenaghan, M B; Paulen, R C; McMartin, I; Campbell, J E; Spirito, W A; dans, Application of indicator mineral methods to mineral exploration; McClenaghan, M B; Plouffe, A; Layton-Matthews, D. Commission géologique du Canada, Dossier public 7553, 2014; pages 19-25 (détails)
6Morphology of placer gold grains as a predictive tool in placer and primary source exploration; Youngson, J; dans, Application of indicator mineral methods to mineral exploration; McClenaghan, M B; Plouffe, A; Layton-Matthews, D. Commission géologique du Canada, Dossier public 7553, 2014; pages 27 (détails)
7Major and trace element chemistry of gahnite in metamorphosed massive sulphide deposits: discrimination diagrams to determine provenance; O'Brien, J J; Spry, P G; Teale, G S; Jackson, S; Rogers, D; dans, Application of indicator mineral methods to mineral exploration; McClenaghan, M B; Plouffe, A; Layton-Matthews, D. Commission géologique du Canada, Dossier public 7553, 2014; pages 29-33 (détails)
8Indicator mineral fingerprints in surficial sediments near Cu-Au deposits of the porphyry-epithermal-volcanogenic suite; Averill, S A; dans, Application of indicator mineral methods to mineral exploration; McClenaghan, M B; Plouffe, A; Layton-Matthews, D. Commission géologique du Canada, Dossier public 7553, 2014; pages 35-44 (détails)
9Application of iron-oxide chemistry in mineral exploration; Beaudoin, G; dans, Application of indicator mineral methods to mineral exploration; McClenaghan, M B; Plouffe, A; Layton-Matthews, D. Commission géologique du Canada, Dossier public 7553, 2014; pages 45-47 (détails)
10The Ti-pa-haa-kaa-ning (TPK) gold grain glacial dispersal apron, northwestern Ontario, Canada; Morris, T F; dans, Application of indicator mineral methods to mineral exploration; McClenaghan, M B; Plouffe, A; Layton-Matthews, D. Commission géologique du Canada, Dossier public 7553, 2014; pages 49-58 (détails)
11Overview of tungsten indicator minerals scheelite and wolframite with examples from the Sisson W-Mo deposit, Canada; McClenaghan, M B; Parkhill, M A; Seaman, A A; Pronk, A G; McCurdy, M W; Kontak, D J; dans, Application of indicator mineral methods to mineral exploration; McClenaghan, M B; Plouffe, A; Layton-Matthews, D. Commission géologique du Canada, Dossier public 7553, 2014; pages 59-67 (détails)
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