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
Guangxi large granite
Ages and genesis of WSn and TaNbSnW mineralization
2020年1月1日 The Limu ore field in Guangxi Province (Fig 1 A) hosts the largest Indosiniangranite related raremetals sources in South China, and contains three large Ta–Nb–Sn–W 2011年1月1日 Procedia Earth and Planetary Science 2 ( 2011 ) 70 – 75 Available online at sciencedirect 1878–5220 ' 2011 Published by Elsevier Ltd doi: Characteristics of Granites and Their Relationship to Mineralization 2022年10月17日 Largescale WSn polymetallic mineralization is intimately associated with the above plutons [13,28,29,30] Qi, HW Study on Zircon LAICPMS UPb Dating and SrNd Isotope of the Guposhan Granite in Guangxi Mineralogical, Geochronological, and Geochemical 2022年8月30日 Hydrothermal veintype fluorite deposits are the most important metallogenic type of fluorite deposits in South China, most of which are closely related to granitoid in space; however, the genetic relationship between Genetic Relationship between Granite and Fluorite
桂中昆仑关A型花岗岩锆石UPb年代学与地球化学特征
Figure 6 Chondrite normalized REE and primitive mantle normalized multielement diagrams for the Kunlunguan granite; Figure 7 Atype granite discrimination diagrams; Figure 8 Harker diagrams of Kunlunguan granite; Although the largescale rare metal mineralization mainly took place in the Yanshanian Period of Late Jurassic Era,Caledonian granitoids of mostly Silurian Era made great positive effects Relationship Between Caledonian Granitoids and Largescale2008年11月1日 Kunlunguan pluton, located in the southwest part of the NandanKunlunguan granite belt, Guangxi, is mainly composed of biotite granite Petrography and chemical Geochemical characteristics and tectonic significance of 2011年6月5日 广西大厂矿田中部的笼箱盖岩体是一个多期次侵入的复式岩体,尽管前人对其中个别阶段岩体进行过年龄精测,但迄今还没有对多期岩体进行过系统的年代学精测。本文在运用 广西大厂笼箱盖复式岩体的LAMCICPMS锆石 UPb年龄及其
Granitetype lithium deposits in China: Important characteristics
2024年2月2日 Petrological evidences and evolutional characteristics for largescale gasliquid fractionation in Gougualei LiFrich rare metal granite, Limu orefield, Guangxi Mineral 2024年6月30日 Granite source rocks are fundamental to the geochemical properties and classification of granites [1]Granite is formed by the partial melting of the lower crust, producing magma that ascends and intrudes into the upper crust to form granite [2]Therefore, the geochemical characteristics of surface granites can be used to infer the conditions of the lower Investigation of rock genesis and geodynamic ScienceDirectThis volume brings together a collection of papers that summarize current ideas and recent progress in the study of graniterelated mineralization systems They provide a combination of field, experimental and theoretical studies Papers are grouped according to the main graniterelated ore systems: granitepegmatite, skarn and greisenveins, porphyry, orogenic gold, [PDF] Graniterelated ore deposits Semantic Scholar2018年1月30日 A number of Sn deposits associated with Neoproterozoic granites are located in the western Jiangnan Orogen of northern Guangxi The distribution of Sn mineralization is controlled by faults occurring within and around the Neoproterozoic granites The hydrothermal alteration and mineralization of these Sn deposits exhibit zoning from the granite to the wall Zircon and cassiterite UPb ages, petrogeochemistry and
Geochemistry and Hf–Nd isotope characteristics and forming
2017年3月1日 DOI: 101016/JOREGEOREV201605014 Corpus ID: ; Geochemistry and Hf–Nd isotope characteristics and forming processes of the Yuntoujie granites associated with W–Mo deposit, Guangxi, South China2021年10月1日 Request PDF Geological implications of apatite within the graniterelated Jiepai W–(Cu) deposit, Guangxi, South China The Jiepai W–(Cu) deposit is one of the largest Caledonian granite Geological implications of apatite within the graniterelated Jiepai 2011年12月31日 Its available reserves of Sn and As are one million 440 thousand tons and 478 thousand tons, respectively; ranking the top in China It is a major producer of Sn, Zn, and Pb (Cheng 2011; Fan et al (PDF) Characteristics of Granites and Their Relationship to 2017年5月1日 Download Citation Constraints of geochemistry, geochronology and SrNdHf isotopes on the Xinzhai peraluminous granite in northern Guangxi: implications for petrogenesis and tectonic Constraints of geochemistry, geochronology and SrNdHf
Failure mode of rainfallinduced landslide of granite residual soil
2021年9月27日 Granite residual soil landslides are widely distributed in southeastern Guangxi province, China They are posing a huge threat to local communities and hindering social and economic development2019年2月8日 The Baotan tin deposit (23 Mt @ 043% Sn) is located in the Jiuwandashan–Yuanbaoshan area, South China It is hosted in Neoproterozoic mafic/metasedimentary rocks and apical portions of the Pinying granite pluton Six alteration and mineralization stages have been identified: preore alteration, cassiterite greisen, Geology of the Baotan tin deposit Springer2016年9月18日 The polymetallic Dushiling WCu deposit is a large, altered, skarntype deposit, located in the northeastern part of the Miao’ershanYuechengling pluton, China Two types of granite have been identified in the deposit: a mediumgrained porphyritic biotite granite, and a medium to finegrained biotite granite Both are spatially and temporally related to ore bodies, A study on the Dushiling tungstencopper deposit in the 2014年5月17日 The Niutangjie tungsten deposit is a bedded skarntype scheelite deposit and is located at the junction between Ziyuan and Xingan counties in the north of Guangxi, China The deposit is genetically related to a finegrained twomica granite within the orefield Zircon LAICPMS UPb dating of the granite yielded a Silurian (Caledonian) age of 4218±24 Ma, which is Skarntype tungsten mineralization associated with the Caledonian
Mineralogy and geochemistry of the discovered Late Mesozoic granite
Request PDF Mineralogy and geochemistry of the discovered Late Mesozoic granitepegmatite and associated SnNbTaBe mineralization in the Miao'ershanYuechengling composite batholith, northern DOI: 101016/JOREGEOREV201809003 Corpus ID: ; Age and granite association of skarn W mineralization at Niutangjie district, South China Block @article{Chen2018AgeAG, title={Age and granite association of skarn W mineralization at Niutangjie district, South China Block}, author={Xilian Chen and Huaying Liang and Jeremy P Richards and Wenting Huang Age and granite association of skarn W Semantic ScholarThe Caledonian granites take the second importance among the multiaged granitoids in socalled South China Large Granite Province However, such as those in Penggongmiao of southeastern Hunan, Niutangjie of northern Guangxi, Guiling of northeastern Guangxi, and Qingjie of Youjiang area, can cause W, Mo and Sn mineralizationRelationship Between Caledonian Granitoids and LargescaleThey were the products of largescale granitic magmatism through crustremelting in the first stage of the Middle Yanshanian in ages of the Jiulin cordierite granite in northern Jiangxi and of the Yinqiao migmatic granite in Guangxi in the HZH granite zone All this may provide new evidence for Late Proterozoic magmatism in the HZH Zircon LAICPMS UPb dating and SrNd isotope study of the
Skarntype tungsten mineralization associated with the Caledonian
2014年5月16日 Most W deposits within or adjacent to large granite batholiths are genetically related to more evolved late granite also, and from 20 to 30 ppm in Niutangtie granite at Guangxi province [16]2022年11月4日 Abstract Granite residual soil landslides are widely distributed in the southeast of Guangxi, China They pose threats to local communities, economic development and ecological restoration To understand the failure mode, the landslide can provide a scientific basis for early warning and prevention In this study, we conducted artificial flume model tests to investigate Failure mode of rainfallinduced landslide of granite residual soil PDF On Mar 14, 2016, Zhang Shitao and others published Geochronology, Hf Isotopic Compositions and Geochemical Characteristics of the Pingying Granite Pluton in Northern Guangxi, South China (PDF) Geochronology, Hf Isotopic Compositions and Geochemical 2015年11月25日 Indosinian granites in the SCB interior are traditionally classified as the HercynianIndosinian peraluminous Stype granites, and they are characterized by large amount of peraluminous massive granites and minor gneissic granites Guangxi Pubei Lead and Zinc, Ltd (2005) Design of replacement resources of the Xinhua Pb–Zn Zircon U–Pb dating of Pubei granite and strontium isotope from
Geological implications of apatite within the graniterelated
2021年12月1日 The large increase in REE contents from core to rim within ApI is indicative of prolonged crystallization, Ages and genesis of WSn and Ta–Nb–Sn–W mineralization associated with the Limu granite complex, Guangxi China Lithos, 352353 (2020), p , 101016/jlithos20192007年8月1日 Zircon UPb dating by the LAICPMS method was applied to determining the ages of different units of the Guposhan granite complex, among which the East Guposhan unit is 1608±16 Ma, the West Zircon LAICPMS UPb dating and SrNd isotope study of the Granite Supplier, Granite, Round Balls Bollards Manufacturers/ Suppliers Guangxi Hengshitong Stone Co, Ltd infrared cut machine and other advanced processing equipment Depend on large mines, Guangxi Hengshitong Stone becomes a stone processing base for large granite slabs The factory specialized in processing the maple leaf red G562 Granite Manufacturer, Granite, Round Balls Bollards Supplier Guangxi A study on the Dushiling tungstencopper deposit in the Miao’ershanYuechengling area, Northern Guangxi, China: Implications for variations in the mineralization of multiaged composite granite A study on the Dushiling tungstencopper deposit in the
Investigation of rock genesis and geodynamic significance based
2024年6月30日 The intrusive bodies in the study area are categorized into two intrusive units, γπK2 and ηoπK2, based on rock structure characteristics and intrusive contact relationships The primary lithologies are granite porphyry and quartz monzonite porphyry Through LAICPMS zircon U–Pb dating, the weighted mean ages of zircon ^206Pb/^238U for these two units were AbstractThe topaz–albite granites of the Limu district are ultraacidic, peraluminous, Li–F–Narich and Sn–Ta–Nbmineralized A distinct vertical zonation is developed in the granite stocks There is an upward, systematic transition from leucocratic microclinealbite granite, through albitemicrocline granite, topaz–albite granite, pegmatite stockscheider and layered pegmatite Topaz–albite granites and raremetal mineralization in the Limu PDF On Jan 1, 2020, Huaying Liang and others published Limu Granitic Magma Evolution and Formation of WSn and TaNbSnW Deposits, Guangxi, China Find, read and cite all the research you need Limu Granitic Magma Evolution and Formation of WSn and Ta 42 surface granite, giving birth to tens of thousands of residual soil This provides a superior 43 environment for the formation of landslides Therefore, the southeastern Guangxi has been 44 threatened by granite residual soil landslides for a long time Granite residual soil is a regionalFailure mode of rainfallinduced landslide of granite residual soil
Geochronology, genesis and landscape of Yanshanian granite
2019年7月22日 Based on field geological investigation and zircon U–Pb isotope dating of granites in Guangzhou, central Guangdong, the formation age, petrogenesis and weathering characteristics of granites are discussed The LAICPMS zircon U–Pb ages of Huolushan and Liuqianshan granites in central Guangdong are 1591 ± 35 Ma and 1562 ± 44 Ma, 2023年12月31日 A number of studies on granites have taken place over the years, focusing on granite types, primary magma temperature and pressure, crystal differentiation, evolution of crust and mantle, tectonic setting, etc Significant work have also been carried out on granite classification based on geochemistry and/or formationPetrogenesis, Geochronology, Mineralization and Geochemistry of Granite Therefore, the southeastern Guangxi has been 44 threatened by granite residual soil landslides for a long time Granite residual soil is a regional 45 special soil (Ministry of such as high liquid limit and large void ratio, and 48 highstrength properties in Failure mode of rainfallinduced landslide of granite residual soil Gaoling quartzvein type tungsten deposit is located in southern margin of the Miao 'ershan—Yuechengling batholith The granitic rocks closely associated with tungsten mineralization can be divided into two facies according to the contents of phenocrysts: medium to finegrained porphyritic twomica granite,and mediumto finegrained twomica granite Whole Quartzvein Type Tungsten Mineralization Associated with the
Geological implications of apatite within the graniterelated Jiepai
DOI: 101016/joregeorev2021 Corpus ID: ; Geological implications of apatite within the graniterelated Jiepai W–(Cu) deposit, Guangxi, South China @article{Zhang2021GeologicalIO, title={Geological implications of apatite within the graniterelated Jiepai W–(Cu) deposit, Guangxi, South China}, author={Jian Zhang and Wenting The Douzhashan granite is mainly composed of mediumto finegrain twomica monzonitic granite and great importance because of hosting several uranium ore deposits within the middle of the Miaoershan granitic complex in northeastern Guangxi province Signle zircon SHRIMP UPh dating yields 228±11Ma,which suggests that this granite formed during IndosinianIn Geochemical characteristics and geochronology of the Douzhashan granite 42 weathering of the surface granite, giving birth to tens of thousands of residual soil This provides a 43 superior environment for the formation of landslides Therefore, the southeastern Guangxi has been 44 threatened by granite residual soil landslides for a long time Granite residual soil is a regionalFailure mode of rainfallinduced landslide of granite residual soil 1989年1月1日 Metasedimentary granulite enclaves hosted in the IndoSinian Darongshan–Shiwandashan granite belt from the southeastern Guangxi province, South China, experienced a threestage metamorphic evolution: (1) the early prograde metamorphism in the stability field of sillimanite at ~ 800 °C; (2) the peak metamorphism with a mineral assemblage The platetectonic environment and genetic mechanism of the
Failure mode of rainfallinduced landslide of granite residual soil
2022年11月4日 Granite residual soil landslides are widely distributed in the southeast of Guangxi, China They pose threats to local communities, economic development and ecological restorationThe Shazijiang (SZJ) uranium deposit is one of the representative granitehosted uranium deposits in the MES uranium ore field, situated in the Ziyuan, Guangxi Province, South China Uranium mineralization in the SZJ deposit mainly occurs as uraninite with quartz and calcite veins that is spatially associated with mafic dykes in the regionTiming of uranium mineralization and geological implications of 2022年8月30日 The Shuanghuajiang fluorite deposit in northern Guangxi of South China is a typical veintype fluorite deposit hosted in a granite pluton, with the orebodies occurring within brittle faults Zircon UPb dating of the hosting Xiangcaoping granite yields an emplacement age of 22804 ± 076 Ma (MSWD = 0072)Genetic Relationship between Granite and Fluorite Mineralization 2020年1月1日 The Limu granite complex spans three granitic stages, forming the largest Indosinian Ta–Nb–Sn–W ore field in South China There includes quartzvein W Sn (type1) mineralization associated with secondstage granite, as well as Ta–Nb–Sn–W mineralization associated with thirdstage granite including quartz–feldsparvein (type2), pegmatite dike Ages and genesis of WSn and TaNbSnW mineralization
Geochronology, Geochemical Characteristics and Genesis of
2024年11月7日 Abstract: The Indosinian period in South China experienced intense tectonic movement and magmatic activity, and the tectonic background of the Indosinian granite has always been a hot topic in earth science A detailed study was conducted on the chronology, geochemical characteristics and genesis of zircon of the biotite monzogranite of Napeng in