MTW European Type Trapezium Mill
Input size:30-50mm
Capacity: 3-50t/h
LM Vertical Roller Mill
Input size:38-65mm
Capacity: 13-70t/h
Raymond Mill
Input size:20-30mm
Capacity: 0.8-9.5t/h
Sand powder vertical mill
Input size:30-55mm
Capacity: 30-900t/h
LUM series superfine vertical roller grinding mill
Input size:10-20mm
Capacity: 5-18t/h
MW Micro Powder Mill
Input size:≤20mm
Capacity: 0.5-12t/h
LM Vertical Slag Mill
Input size:38-65mm
Capacity: 7-100t/h
LM Vertical Coal Mill
Input size:≤50mm
Capacity: 5-100t/h
TGM Trapezium Mill
Input size:25-40mm
Capacity: 3-36t/h
MB5X Pendulum Roller Grinding Mill
Input size:25-55mm
Capacity: 4-100t/h
Straight-Through Centrifugal Mill
Input size:30-40mm
Capacity: 15-45t/h
Porphyry hydraulic barite ore
Anatomy of PorphyryRelated Mineralised AuCuAgMo Systems
Porphyry CuAu deposits display complex patterns of zonation in alteration and mineralisation which result from the overprinting of many prograde and retrograde events These patterns are 2012年11月15日 Porphyrytype ore deposits are major resources of copper and gold, precipitated from fluids expelled by crustal magma chambers The PorphyryCopper Ore Shells Form at Stable Pressure2020年1月14日 Here, I show that porphyry Cu–Au deposits define two distinct trends in Au vs Cu tonnage plots (Curich and Aurich) Metal endowments for both trends grow larger the Gold endowments of porphyry deposits controlled by Nature2018年10月1日 The oreforming tonalite porphyry has higher oxygen fugacity and sulfur contents than those of wall rocks based on results of mineralogical chemistry analyses Geology and oreforming fluid evolution of the Aktogai giant
New Insights into Porphyry, Epithermal, and Skarn
2023年10月31日 These data suggest that the oreforming fluids were magmatic with a contribution from meteoric waters The δ 34 S values of sulfides range from 19 to 34‰, those of barite range from 121 to 132‰, and those of2023年3月7日 Ore precipitation in porphyry copper systems is generally characterized by metal zoning (Cu–Mo to Zn–Pb–Ag), which is suggested to be variably related to solubility Hydrological controls on base metal precipitation and zoning at 2009年1月1日 Hydrothermal mineralising fluids migrated from relatively deep, evolved and waterrich magmas via crystal mush dykes to reach the oreforming environment in the Yerington porphyry system (PDF) Anatomy of porphyryrelated AuCuAgMo2021年6月1日 Detailed drill hole logging identified endoskarn and exoskarn in Chating, mainly distributed inside the ore–bearing quartz diorite porphyry instead of at the contact with the The role of porphyryrelated skarns in the Chating porphyry
Biotite compositions and geochemistry of porphyryrelated
2022年3月1日 Biotite composition has been used to determine fO 2, and the compositions of halogens in aqueous fluids have been examined related to the ore deposits, such as PCDs 2020年7月22日 This work provides insights into the oreforming mechanisms for deposits of this type, and improves the current understanding of intracontinental porphyry deposits; it will Ore genesis and hydrothermal evolution of the Shaxi porphyry 2019年2月22日 Crustal compression there commenced at ~7 Ma and peaked at ~43 Ma The Tampakan porphyry Cu ore (424426 Ma) and highsulphidation CuAu ore (324328 Ma) formed during peak crustal compressionSuper Porphyry Copper Gold DepositsA Global 2022年11月9日 This study was planned with the aim of identifying the nature and circumstances of the highgraded central core and increasing trend of copper content through depth of 1000 m in Miduk PCDHypogene enrichment in Miduk porphyry copper ore deposit,
Hydrothermal Evolution of the El Teniente Deposit, Chile: Porphyry Cu
2007年9月1日 Request PDF Hydrothermal Evolution of the El Teniente Deposit, Chile: Porphyry CuMo Ore Deposition from LowSalinity Magmatic Fluids The magmatichydrothermal evolution of the El Teniente 2022年8月2日 This chapter introduces different methods to study the characteristics and composition of oreforming fluids The fluid inclusions in barite, fluorite, and calcite from the baritefluorite deposits in southeast Sichuan were mainly gasliquid inclusions; the mineralization temperature of fluorite was concentrated between 130 and 200 °C, the mineralization OreForming Fluids SpringerLinkEPITHERMAL ZONES OF THE PORPHYRYSKARNEPITHERMAL ORE COMPLEX AT RECSK Ferenc Molnár, Péter Jung, László Kupi, Attila Pogány, Edina Vágó, O rsolya Viktorik Eötvös Loránd University of Science, Department of Mineralogy, Budapest molnar@abyss eltehu Zoltán Pécskay ATOMKI, Debrecen pécskay@namafia atomkihu A b stra ct: The e p ith erm al gold (PDF) Epithermal zones of the porphyryskarnepithermal ore 2022年3月1日 Moreover, mineral chemistry improves discovery success for porphyry ore deposits, particularly under cover (Tang et al, 2019; Wilkinson et al, 2017) In that case, biotite geochemistry can provide information about PT conditions, compositions, and the oxidationreduction state of the parent magmaBiotite compositions and geochemistry of porphyryrelated
Porphyry style quartz veins; (a) typical porphyry quartzMo
Download scientific diagram Porphyry style quartz veins; (a) typical porphyry quartzMo vein exhibits fine laminated texture, and disseminated molybdenite on margins and quartz layers, (b 2021年6月1日 Porphyry and associated skarn deposits supply most of the world’s Cu, Au and Mo and generally occur together when the wall rocks include limestone, sandstone, and calcareous volcanic rocks (Sillitoe, 2010, Meinert et al, 2005)Both skarn and porphyry alteration and mineralization can contribute to the metal resource, for example, the Ertsberg–Grasberg The role of porphyryrelated skarns in the Chating porphyry copper and Download scientific diagram Parameters of mineralizing fluids at porphyry deposits from publication: Ranges of Physical Parameters and Geochemical Features of Mineralizing Fluids at Porphyry Parameters of mineralizing fluids at porphyry deposits1997年10月1日 BARITE VEINS The barite veins cut the granite, dacite and dacite porphyry (Fig 1) and range from minute veinlets only a few centimetres in size to large veins more that 300 m long The thickness also varies from a few centimetres up to 2 mBarite mineralisation in the south Um Monqul area ScienceDirect
Barite : Properties, Formation, Uses and Mining Localities
2023年9月5日 Barite is a mineral composed of barium sulfate (BaSO4) It gets its name from the Greek word "barys" this means that "heavy" This name is in reaction to barite's high unique gravity of 45, that's highquality for a 2010年8月1日 The formation of giant porphyry Mo deposits has been widely linked to Morich magma sources, whereas a porphyry Mo metallogenic belt is often thought to form where there is a previously Mo The magma and metal source of giant porphyrytype ore2018年10月1日 Trapping pressure of oreforming fluid can change between lithostatic and hydrostatic condition because the pulsating hydraulic broken and healing (Roedder, 1984, Rusk et al, 2008), leading to the depth of the oreforming fluid Geology and oreforming fluid evolution of the Aktogai giant porphyry 2020年9月23日 Request PDF The role of incremental magma chamber growth on ore formation in porphyry copper systems Porphyry copper deposits are formed by fluids released from felsic magmatic intrusions of The role of incremental magma chamber growth on ore
Origin of the oreforming fluids of the Zefreh porphyry Cu–Mo
2020年12月1日 In the Zefreh porphyry prospect, pyrites are characteristically enriched in 34 S, regardless of the associated alteration assemblage Pyrites in orebearing, (A 2 and Btype) quartz veins of the KSZ and inner propylitic alteration zones (n = 7) are similar in sulfur isotopic composition to pyrites in orefree, Ltype veins (n = 5; Table 4)Porphyry copper deposits represent an important resource and the dominant source of copper that is mined today to satisfy global demand [6] Via compilation of geological data, it has been found that the majority of porphyry deposits are Phanerozoic in age and were emplaced at depths of approximately 1 to 6 kilometres with vertical thicknesses on average of 2 kilometres [6]Porphyry copper deposit Wikipedia2001年7月1日 This conclusion is supported by equivalent 40 Ar/ 39 Ar dates on hydrothermal biotite associated with porphyrystyle ore and alunite from barren ledges at Aldebarán 40 Ar/ 39 Ar dates at La Pepa indicate alunite formed at least 140,000 years to as long as 900,000 years after hydrothermal biotitePorphyryEpithermal Transition: Maricunga Belt, Northern Chile2023年8月3日 Nonmagmatic processes may be enough to facilitate strong partitioning of Cu and Au into hightemperature, oxidising,highsalinity, hydrothermal fluids to form Cu–Au porphyry deposits (PDF Formation of Cu–Au porphyry deposits: hydraulic quartz veins
Gold endowments of porphyry deposits controlled by Nature
2020年1月14日 a Cu (Mt) vs Au (tons) of porphyry Cu–Au deposits; b ore duration (Ma) vs Au (tons) of porphyry Cu–Au deposits All deposits are roughly distributed along either one or the other of the two Dynamic changes in the permeability of Earth's crust are needed to account for the formation of porphyrycopper ores from magmatic fluids Steven E Ingebritsen Authors Info Affiliations Science 21 Dec 2012 Vol 338 which Modeling the Formation of PorphyryCopper Ores2004年1月1日 Request PDF Introduction to OreForming Processes Introduction to OreForming Processes is the first senior undergraduate – postgraduate textbook to focus specifically on the multiplicity of Introduction to OreForming Processes Request PDFThe Early Jurassic Mitchell AuCuAgMo porphyry is the largest undeveloped gold deposit in Canada (Visual Capitalist, 2013)The 23billionmetrictonne deposit contains 4072 Moz Au and 7,870 Mlbs Cu (Seabridge Gold, 2018), which classify it as a supergiant gold and a giant copper porphyry (Singer, 1995)It is in the Iskut mining region of the Stikine islandarc terrane The Evolution and Structural Modification of the Supergiant
Chlorite, white mica and clay minerals as proximity indicators to ore
2017年11月1日 151 minutes in a hydraulic press before drying (tourmaline + quartz + white mica ± barite, finegrained clay 493 later review, Jerome (1966) outlined a goldenriched porphyry copper ore body,1997年11月30日 A review of the main brecciation processes occurring in hydrothermal veintype deposits allows for the discrimination between chemical and physical mechanisms, including tectonic comminution, wear (PDF) Hydrothermal breccias in veintype ore deposits: A review of The overall decline of ore grades and extensive exploitation of the most accessible ore bodies, drives development of hydrometallurgical processes to process more complex and lowgrade deposits (Watling et al 2014) The conventional process of mineral recovery requires the ore to be mined, hauled, crushed and then leachedNumerical modelling study on the quantification of in situ leaching The barite facies comprise coarse and massive barite, contain accessory sulphides and silica, and is found towards the top and periphery of the deposit (Moore, et al, 1986) The s ulphide rocks at Red Dog are subdivided into massive sulphides with >70% sulphide, semimassive with 40 to 70%, and sulphide bearing containing 1 to 40%, the latter usually being accompanied by baritePorterGeo Database Ore Deposit Description
Barite Sandatlas
Crystals may be mistaken for other more common minerals like feldspar or calcite, but barite is much heavier Width of sample 8 cm Barite is the principal ore of barium Barium has very high number of applications It is known to have more than 2000 industrial uses However, the majority of barite mined is not used to extract barium2021年4月1日 All ore veins in the Meiling deposit are confined to volcanic and subvolcanic rocks The ore minerals in the Meiling deposit are mainly chalcopyrite and sphalerite, with subordinate covellite and chalcocite, and the gangue minerals are mainly quartz, pyrite, chlorite, barite, calcite, etcMultistage hydrothermal quartz veins record the oreforming 2024年4月17日 Preface to the Second Part of the Special Issue of the Journal Geology of Ore Deposits Dedicated to Porphyry and Related Deposits of Northern Eurasia Published: 17 April 2024; Volume 66, pages 1–2, (2024) as the two facies varieties of carbonate–sericite–muscovite–orthoclase and quartz–carbonate–barite–adulariaPreface to the Second Part of the Special Issue of the Journal2019年2月22日 Crustal compression there commenced at ~7 Ma and peaked at ~43 Ma The Tampakan porphyry Cu ore (424426 Ma) and highsulphidation CuAu ore (324328 Ma) formed during peak crustal compressionSuper Porphyry Copper Gold DepositsA Global
Hypogene enrichment in Miduk porphyry copper ore deposit,
2022年11月9日 This study was planned with the aim of identifying the nature and circumstances of the highgraded central core and increasing trend of copper content through depth of 1000 m in Miduk PCD2007年9月1日 Request PDF Hydrothermal Evolution of the El Teniente Deposit, Chile: Porphyry CuMo Ore Deposition from LowSalinity Magmatic Fluids The magmatichydrothermal evolution of the El Teniente Hydrothermal Evolution of the El Teniente Deposit, Chile: Porphyry Cu 2022年8月2日 This chapter introduces different methods to study the characteristics and composition of oreforming fluids The fluid inclusions in barite, fluorite, and calcite from the baritefluorite deposits in southeast Sichuan were mainly gasliquid inclusions; the mineralization temperature of fluorite was concentrated between 130 and 200 °C, the mineralization OreForming Fluids SpringerLinkEPITHERMAL ZONES OF THE PORPHYRYSKARNEPITHERMAL ORE COMPLEX AT RECSK Ferenc Molnár, Péter Jung, László Kupi, Attila Pogány, Edina Vágó, O rsolya Viktorik Eötvös Loránd University of Science, Department of Mineralogy, Budapest molnar@abyss eltehu Zoltán Pécskay ATOMKI, Debrecen pécskay@namafia atomkihu A b stra ct: The e p ith erm al gold (PDF) Epithermal zones of the porphyryskarnepithermal ore
Biotite compositions and geochemistry of porphyryrelated
2022年3月1日 Moreover, mineral chemistry improves discovery success for porphyry ore deposits, particularly under cover (Tang et al, 2019; Wilkinson et al, 2017) In that case, biotite geochemistry can provide information about PT conditions, compositions, and the oxidationreduction state of the parent magmaDownload scientific diagram Porphyry style quartz veins; (a) typical porphyry quartzMo vein exhibits fine laminated texture, and disseminated molybdenite on margins and quartz layers, (b Porphyry style quartz veins; (a) typical porphyry quartzMo 2021年6月1日 Porphyry and associated skarn deposits supply most of the world’s Cu, Au and Mo and generally occur together when the wall rocks include limestone, sandstone, and calcareous volcanic rocks (Sillitoe, 2010, Meinert et al, 2005)Both skarn and porphyry alteration and mineralization can contribute to the metal resource, for example, the Ertsberg–Grasberg The role of porphyryrelated skarns in the Chating porphyry copper and Download scientific diagram Parameters of mineralizing fluids at porphyry deposits from publication: Ranges of Physical Parameters and Geochemical Features of Mineralizing Fluids at Porphyry Parameters of mineralizing fluids at porphyry deposits