1 edition of Pyrite deposits of Ontario found in the catalog.
Pyrite deposits of Ontario
Published
by Ontario Dept. of Mines in Toronto
.
Written in
Edition Notes
11
| The Physical Object | |
|---|---|
| Pagination | 64 p. |
| Number of Pages | 64 |
| ID Numbers | |
| Open Library | OL22008115M |
Our initial results indicate that this is the case for pyrite from the Geco ore body in northwestern Ontario, Canada. The precise determination of the age of sulphide ore deposits Cited by: the deposit and is composed of pyrite, sphalerite, galena, and chalcopyrite accompanied by quartz, ankerite, calcite, and chlorite. Grades average 3 percent Zn, percent Cu, and percent Pb, but this ore type has not been exten-sively mined (Large and Walcher, ).File Size: KB.
Ontario Bureau of Mines Annual Report , Part 1, p Vermilion Lake area ; Pyrite deposits ; Geographical position of area ; Extent of pyrite area ; Canoe routes ; Sturgeon River to Abram Lake route ; Vermilion River ; Vermilion Falls ; Abram's Chute ; Vermilion Pyrite Mine (photos) ; Description of Vermilion Pyrite Mine ; Fanning prospect ; Historical geology of . Pyrite is also widespread in a variety of ore deposits, particularly in hydrothermal deposits such as volcanogenic-hosted massive sulfides (VHMS), orogenic gold deposits, and Cu-porphyries (Large et al., , Maslennikov et al., , Reich et al., , Revan et al., , Thomas et al., ). In contrast, the presence of pyrite in magmatic Cited by:
The Dome mine in Timmins Ontario has been in operation since (Holmes, ), producing over 16 million ounces of gold to date ().Like most world-class orogenic systems, the over 75 million ounces of gold produced in the Timmins gold camp, is the result of multiple mineralization events over a span of 7–25 Ma years (Proudlove et al., , Hutchinson, , Bateman and Cited by: 2. The Iberian Pyrite Belt (IPB) is recognized as having one of the major concentrations of volcanogenic massive sulfide (VMS) deposits on Earth. Original resources of about Mt of massive sulfides have been reported in the province. Recent classifications have considered the IPB deposits as the bimodal siliciclastic subtype, although major differences can be Author: Gabriel R. Almodóvar, Lola Yesares, Reinaldo Sáez, Manuel Toscano, Felipe González, Juan Manuel Pons.
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Get this from a library. Pyrite deposits of Ontario. [Donald F Hewitt]. THE SAMREID LAKE SULFIDE DEPOSIT, ONTARIO, AN EXAMPLE OF A PYRRHOTITE-PYRITE IRON FORMATION [Friedman, Gerald M] on *FREE* shipping on qualifying offers.
THE SAMREID LAKE SULFIDE DEPOSIT, ONTARIO, AN EXAMPLE OF A PYRRHOTITE-PYRITE IRON FORMATIONAuthor: Gerald M Friedman. origin of some siderite, pyrite, chert deposits, michipicoten district, ontario paperback – january 1, by J.E. Hawley (Author)Author: J.E.
Hawley. Mineral Deposit Inventory for Ontario. Ministry of Energy, Northern Development and Mines. Permanent Link to this Record: MDI31F02NE Deposit: MDI31F02NE Book - Pyrite deposits of Ontario, p.
Publication Number: MRC Date: Author: D.F. Hewitt. ARCHEAN Cu-Zn deposits are among the most important mineral deposit types in Canada. The Superior province of Canada contains nearly 80 percent of the known Archean Cu-Zn deposits in the world (about of deposits). Ministry of Energy, Northern Development and Mines.
Publication: MDC Publication Details: Title: Pyrite deposits of Ontario Author: Hewitt, D.F. Series: Mineral Deposits Circular Type: Monograph Publication Year: Report an Error. The crystals form in the Isometric System; cubes, octahedrons, pyritohedrons and combinations of these and other forms.
It also may be found in radiating disks, hair-like crystals, concretions and massive lumps in sulphide ore deposits. Pyrite sometimes also contains small amounts of cobalt, nickel, silver or gold. indicated, copyright is held by the Queen’s Printer for Ontario.
It is recommended that reference to the Content be made in the following form: Moore, E.S. Map of the Vermilion Lake pyrite deposits in the vicinity of the Vermilion Pyrite Mine, District of Rainy River; Ontario Bureau of Mines, Annual Report Map 20C, scale Pyrite was once used as a source of sulfur, but is now only a minor ore for both sulfur and iron.
Pyrite from some localities is auriferous, and therefore is used as an ore of gold in gold-bearing was polished by the Native Americans in the early times and used as mirrors. Today, it is used as an ornamental stone, as well as a very popular stone for amateur collectors.
Alteraˇon of pyrite over millenia in bentonite deposit Alteraˇon of pyrite during mining and processing of bentonite. SKB TR 9 2 Properties of pyrite and associated iron sulphides Pyrite Structure Pyrite is an Fe(II) polysulphide with the nominal composition FeS 2p.
Pyrite has a cubic NaCltypeFile Size: 1MB. Pyrite FeS2 c Mineral Data Publishing, version 1 Crystal Data: Cubic. Point Group: 2/m 3. Typically cubic, pyritohedral, octahedral, and combinations of these and other forms, to 25 cm or more. Striated conforming to pyritohedral symmetry; may be elongated to acicular.
Commonly granular, globular, framboidal, Size: 61KB. Hemlo gold deposit, Ontario "Rock of the Month # 80, posted for February " A pyrite-rich feldspathic Au ore from the large, late Archean Hemlo gold deposit, a modern-day gold find containing more than tonnes of the precious metal.
The mineral pyrite (/ˈpaɪraɪt/), or iron pyrite, also known as fool's gold, is an iron sulfide with the chemical formula FeS 2 (iron(II) disulfide). Pyrite is considered the most common of the sulfide minerals. Pyrite's metallic luster and pale brass-yellow hue give it Category: Sulfide mineral.
ONTARIO DEPARTMENT OF MINES Mineral Resources Circular No. 5 Pyrite Deposits of Ontario By D. HEWITT In Manitoba, gold deposits have been found in Keewatin greenstone, schist, and volcanic rocks near granite intrusions.
The Red Lake gold range, in Ontario, is continued westward in Manitoba. Northwest of Lake Winnipeg, a gold range begins at Wekusko Lake, and continues westward to and into Saskatchewan.
The isometric (cubic) polymorph of orthorhombic marcasite. Pyrite is a very common mineral (also one of the most common natural sulfides, and the most common disulfide), found in a wide variety of geological formations from sedimentary deposits to hydrothermal veins and as a constituent of metamorphic rocks.
Cobalt—Styles of Deposits and the Search for Primary Deposits. Idaho), iron oxide-copper-gold deposits, and the five-element vein deposits (such as Cobalt, Ontario) contain different amounts of cobalt.
None of these deposit types show direct links to mafic-ultramafic rocks; Pyrite (Fe,Co)S. Pyrrhotite (Fe,Co)Cited by: 1.
RELATION OF FLUID INCLUSION GEOCHEMISTRY TO WALLROCK ALTERATION AND LITHOGEOCHEMICAL ZONATION AT THE HOLINGER-McINTYRE GOLD DEPOSIT, TIMMONS, ONTARIO, CANADA by Smith, Ted j & Kesler, Stephen E and a great selection of related books, art and collectibles available now at Pyrite occurs in large deposits in contact metamorphic rocks.
Deposits of copper -bearing pyrite are widely distributed and often of great size. They usually occur in or near the contact of eruptive rocks with schists or slates. Pyrite weathers rapidly to hydrated iron oxide, goethite, or limonite. The S isotope composition of the detrital pyrite is compatible with an origin of S as dissolved sulfate in an ocean under a low oxygen atmosphere.
The potential source of the Au-bearing detrital pyrite appears to have been an, as yet, undiscovered Archean deposit located within 1 to 8 km of the placer by:. It is possible that other ores, the green silicates, garnierite, genthite, etc., may be found in Ontario in serpentine or peridotite.—South of Lake Shebandowan (West of Lake Superior), important values in nickel are found in a deposit of pyrite, chalcopyrite, pyrrhotite, polydymite and magnetite, in a long mineralized zone of chlorite and.Pyrite deformation in stratiform lead-zinc deposits of the Canadian Cordillera Article (PDF Available) in Mineralium Deposita 27(3) June with .Ontario ⓘ Bancroft area Grice, Joel D.
() Bancroft: the Mineral Capital of Canada. In: Famous mineral localities of Canada. Published by Fitzhenry & Whiteside Limited & the National Museum of Natural Sciences, pages, ;
