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
Xingtai Ore
Ore Geology Reviews ScienceDirect
2024年3月1日 The HandanXingtai district in the North China craton (NCC) has proven reserves of more than 900 million tons (Mt) magnetite ores at an average of 40 to 55 wt% Fe, which is Abstract: XingtaiHandan is an important iron mineral area in China The Hanxingtype iron deposit is a typical contact metasomatic skarn type iron deposit This paper concludes 邢台邯郸地区铁矿地质、地球物理特征及找矿方向2024年11月1日 The HandanXingtai (HanXing) iron skarn district, located in the southern part of the Taihangshan within the central North China Craton (NCC) (Fig 1), stands out as a well Tectonic controls on ore deposit exhumation and preservation: A 2016年8月18日 In this paper, we present fluid inclusion and sulfur isotope data of the Xishimen iron skarn deposit from the HandanXingtai district (Fig 2), the second largest producer of high The Xishimen iron skarn deposit Springer
成矿动力学数值计算模拟研究进展：理论、方法与技术
成矿动力学以成矿作用过程为主要研究对象，如驱动因素、演化过程及成矿速率等，以发现矿床形成的原因和机制为根本目标，研究方法主要是从原因到结果的正演推理 [2 3]。 随着计算科学 2019年8月5日 The Pingshun skarn iron deposit is located in the southern Handan–Xingtai iron district of the southern Taihang Mountains, North China Craton Skarns and ore bodies occur Geology, geochronology, and fluid evolution of the Pingshun 2020年3月10日 The Handan–Xingtai region in the southern Taihang Mountains in central North China Craton hosts several skarntype iron deposits Here we investigate an oreforming Tracing the genesis of skarn‐type iron deposit in central North The Han–Xing (Handan–Xingtai) region is famous for its endowment of skarn iron deposits in China These deposits are mainly spatially and genetically associated with diorite rocks, but Contrasting mineralogicalgeochemical compositions of ore
Anatomy of Garnet from the Nanminghe Skarn Iron Deposit, China
2022年6月30日 The Handan–Xingtai district (Figure 1a), located in the southern Taihang Mountains in the central North China Craton (NCC) within the TransNorth China Orogen 2024年3月1日 The HandanXingtai district in the North China craton (NCC) has proven reserves of more than 900 million tons (Mt) magnetite ores at an average of 40 to 55 wt% Fe, which is one of the most important concentrations of Fe skarn deposits in China (Fig 1)The Fe mineralization occurs predominantly along contact zones between Early Cretaceous intermediatesilicic Ore Geology Reviews ScienceDirect2016年10月1日 In the HandanXingtai ore district, the main strata comprise the sedimentary sequences mainly consisting of the Middle Ordovician carbonate layer, the Carboniferous strata, the Permian strata and the CambrianUpper Ordovician strata (Mao et al, 2005, Zheng, 2007)Among them the Middle Ordovician strata are the main orebearing strata with the Threedimensional numerical simulation of oreforming processes DOI: 101016/jlithos2019 Corpus ID: ; Contrasting mineralogicalgeochemical compositions of orebearing and orebarren intrusive complexes in the HandanXingtai district, North China Craton: Implications for the iron mineralizationContrasting mineralogicalgeochemical compositions of ore
Enrichment of cobalt at Baijian skarn FeCo deposit in the Handan
2024年9月1日 Previous studies suggest that Co enrichment is mainly controlled by temperature, oxygen and sulfur fugacity, pH, and chloride content, with temperature being a key factor (Migdisov et al, 2011, Wang et al, 2022b, Guo et al, 2023, Liang et al, 2023a)The pyrite in magnetite ores in the Baijian FeCo deposit has significantly high sulfur isotope compositions 2017年4月1日 The Xishimen iron skarn deposit in the HandanXingtai district, North China Craton, contains 256 Mt @ 43 % Fe (up to 65 %) The mineralization is dominated by massive magnetite ore along the Role of evaporitic sulfates in iron skarn mineralization: a fluid 2019年1月1日 Insitu zircon HfO isotopes and trace elements of the orebearing and the orebarren adakitic intrusive complexes from the HandanXingtai district suggested that the orebearing complexes were formed via magma mixing between an enriched lithospheric mantle and ancient LCCderived magma, whereas the orebarren complex was most likely generated UPb ages, HfO isotopes and trace elements of zircons from the ore 2017年5月17日 Fluid inclusions in calcite and diopside from the Xishimen skarn iron deposit in China were studied The deposit ores were formed from chloride solutions with salinity ranging from 84 to 596 wt % NaCl equiv within the temperature range of 210 to 590°C The model of skarn ore formation involving hightemperature magmatic fluids is discussedOreforming fluids of Xishimen skarn iron deposit, China
Geology, geochronology, and fluid evolution of the Pingshun
2019年8月5日 The Pingshun skarn iron deposit is located in the southern part of the Handan–Xingtai iron district of southern Taihang Mountains, 50 km northwest of Pingshun country, Shanxi Province (Fig 1b)Compared with other skarn iron deposits in the Handan–Xingtai iron district, the Pingshun deposit has wellexposed surface outcrops of typical iron ore bodies 2018年10月1日 Here, we present an integrated study of zircon UPb ages and HfO isotopes, as well as their trace elements for the orebearing and orebarren complexes in the HandanXingtai district Both of the UPb ages, HfO isotopes and trace elements of zircons from the ore 2007年2月1日 The HandanXingtai district (Figure 1a), located in the southern Taihang Mountains in the central North China Craton (NCC) within the TransNorth China Orogen (TNCO) (Figure 1b), is one of the Geological characteristics and metallogenic model of skarn iron 2024年9月11日 近日，国际著名期刊《Geoscience Frontiers》在线发表了王艳楠老师题目为“Tectonic controls on ore deposit exhumation and preservation: A case study of the HandanXingtai ironskarn district”的学术论文。我院王艳楠副教授为作者，边凯副教授为通讯作者，赵存良教授、董瑞副教授、朱兆群博士、比利斯根特大学何智远 王艳楠老师在地学顶级期刊《Geoscience Frontiers》发表
Anatomy of Garnet from the Nanminghe Skarn Iron
2022年6月30日 The Handan–Xingtai district (Figure 1a), located in the southern Taihang Mountains in the central North China Craton (NCC) within the TransNorth China Orogen (TNCO) (Figure 1b), is one of the most important skarn 2024年1月26日 The Fe skarn deposits in HandanXingtai district are mostly hosted in middle Ordovician evaporitebearing carbonate strata with orerelated sulfides exhibiting strong 34S enrichment (δ34S > 10 ‰)(PDF) Trace element fractionation in magnetite as a HandanXingtai district (Fig 2), the second largest producer of highgrade iron ore in China to characterize the nature of the oreforming fluids and to demonstrate the important role of evaporites as an efficient oxidant in iron skarn mineralization throughout the district We further compile data from other loRole of evaporitic sulfates in iron skarn mineralization: a fluid Shuanghua Gypsum leading manufacturer and exporter of gypsum,calcium sulfate, including food grade calcium sulfate anhydrous, dihydrate, superfine for Tofu coagulant, carrageenan, meat product, pharmaceuticalChina Gypsum, Calcium sulfate, Food Grade Calcium Sulfate
UPb ages, HfO isotopes and trace elements of zircons from the ore
2019年1月1日 Here, we present an integrated study of zircon UPb ages and HfO isotopes, as well as their trace elements for the orebearing and orebarren complexes in the HandanXingtai district Both of the orebearing and orebarren complexes were emplaced contemporaneously (Early Cretaceous)2020年3月10日 The Handan–Xingtai region in the southern Taihang Mountains in central North China Craton hosts several skarntype iron deposits Here we investigate an oreforming intrusion associated with a typical iron skarn deposit to explore the magmatic evolution from mineral zoning textures, and to constrain the ore genesisTracing the genesis of skarn‐type iron deposit in central North 2024年8月5日 HanXing type skarn iron deposit, having high grade iron ore and associated cobalt, is a typical skarntype iron ore in China But the complete recovery and exploitation of cobalt are restricted because of the lower grade of related cobalt and the dearth of prior research on its occurrence condition and enrichment mechanismGeological Journal Wiley Online Library2007年11月1日 The oreforming fluids display a mixed metamorphicmantle source based on multiisotope evidence: 1) the orefluid δDVSMOW (−698 to −451‰), δ¹⁸OH2OSMOW Tectonism and Exhumation in Convergent Margin Orogens: Insights from
Arrivi e partenze di Xingtai (XNT) Arrivi e partenze
Per i voli internazionali in arrivo all'aeroporto di Xingtai, di solito ci vuole circa un'ora per superare il controllo passaporti e ritirare i bagagli eventualmente imbarcati Per quelli nazionali che arrivano all'aeroporto di Xingtai, non è necessario passare il controllo 2022年12月22日 In this study, we determined the lithospheric electrical structure beneath the HandanXingtai district and its adjacent regions using magnetotelluric sounding data To the west of the HandanXingtai district, the crust and upper ThreeDimensional Lithospheric Electrical Structure bonates into which the orerelated intrusions were emplaced Previous 40Ar/39Ar and UPb geochronological studies have constrained the ore formation within the HandanXingtai ore field in the western belt to a period between 137 and 129 Ma (Zheng et al, 2007; Shen et al, 2013; Deng et al, 2014, 2015b) However,Ore Geology ReviewsLiu Y, Dai T G, Qiu L, et al Threedimensional numerical simulation of oreforming processes of the Fushan skarn iron deposit in HandanXingtai ore cluster, North China: Implication for tectonic effects on skarniron mineralization[J] Journal of Geochemical Exploration, 2016, 169: 144156 doi: 101016/jgexplo201607022 [95] 肖凡, 王恺其成矿动力学数值计算模拟研究进展：理论、方法与技术
Depletion control and analysis for groundwater protection and
2016年9月13日 Excessive groundwater withdrawal from the Ordovician karstified limestone aquifer near the city of Xingtai in China has created many cones of depression in piezometric levels of the groundwater (>100 m of drawdown), potentially affecting groundwaterdependent environments and threatening urban water supplies Groundwater investigations and 2024年9月1日 Baijian FeCo deposit is a typical largesized concealed skarn Fe deposit in the HandanXingtai region The ore body mainly occurs in and near the contact zone between intrusive rocks and the Middle Ordovician Majiagou Formation, Cixian Formation, and Fengfeng Formation (Zheng et al, 2007)Enrichment of cobalt at Baijian skarn FeCo deposit in the Handan Location: No 262 Gangtie Nan Road, Qiaoxi District, Xingtai City, Hebei Province Coordinates (): 37, 114 (exact); Background The company plans to relocate to Chengdong Industrial Zone, Wei County, and build three 100ton electric furnaces and three HIsmelt smelting reduction furnaces, which are expected to be completed and put into operation in July 2023Xingtai Iron Steel Co Ltd Global Energy Monitor2015年12月1日 The HandanXingtai district in the North China craton is one of the most important concentrations of iron skarn deposits in China, with proven reserves of 900 to 1,000 Mt at an average of 40 to 55 (PDF) UPb Geochronology of Hydrothermal Zircons from the
Yanhai Zhang's research works
Yanhai Zhang's 3 research works with 29 citations and 361 reads, including: Contrasting mineralogicalgeochemical compositions of orebearing and orebarren intrusive complexes in the Handan xingtai lingte technology co,ltd Xingtai Lingte Technology Co, Ltd is a hightech company specializing in the research and development, production and sales of graphite materials The main products are graphite electrodes, graphite squares, graphite powders, graphite crucibles, graphite molds, blast furnace carbon bricks, open furnace bricks, open furnace Stick etcXINGTAI LINGTE TECHNOLOGY CO,LTD China's largest and 2024年3月1日 The HandanXingtai district in the North China craton (NCC) has proven reserves of more than 900 million tons (Mt) magnetite ores at an average of 40 to 55 wt% Fe, which is one of the most important concentrations of Fe skarn deposits in China (Fig 1)The Fe mineralization occurs predominantly along contact zones between Early Cretaceous intermediatesilicic Ore Geology Reviews ScienceDirect2016年10月1日 In the HandanXingtai ore district, the main strata comprise the sedimentary sequences mainly consisting of the Middle Ordovician carbonate layer, the Carboniferous strata, the Permian strata and the CambrianUpper Ordovician strata (Mao et al, 2005, Zheng, 2007)Among them the Middle Ordovician strata are the main orebearing strata with the Threedimensional numerical simulation of oreforming processes
Contrasting mineralogicalgeochemical compositions of ore
DOI: 101016/jlithos2019 Corpus ID: ; Contrasting mineralogicalgeochemical compositions of orebearing and orebarren intrusive complexes in the HandanXingtai district, North China Craton: Implications for the iron mineralization2024年9月1日 Previous studies suggest that Co enrichment is mainly controlled by temperature, oxygen and sulfur fugacity, pH, and chloride content, with temperature being a key factor (Migdisov et al, 2011, Wang et al, 2022b, Guo et al, 2023, Liang et al, 2023a)The pyrite in magnetite ores in the Baijian FeCo deposit has significantly high sulfur isotope compositions Enrichment of cobalt at Baijian skarn FeCo deposit in the Handan 2017年4月1日 The Xishimen iron skarn deposit in the HandanXingtai district, North China Craton, contains 256 Mt @ 43 % Fe (up to 65 %) The mineralization is dominated by massive magnetite ore along the Role of evaporitic sulfates in iron skarn mineralization: a fluid 2019年1月1日 Insitu zircon HfO isotopes and trace elements of the orebearing and the orebarren adakitic intrusive complexes from the HandanXingtai district suggested that the orebearing complexes were formed via magma mixing between an enriched lithospheric mantle and ancient LCCderived magma, whereas the orebarren complex was most likely generated UPb ages, HfO isotopes and trace elements of zircons from the ore
Oreforming fluids of Xishimen skarn iron deposit, China
2017年5月17日 Fluid inclusions in calcite and diopside from the Xishimen skarn iron deposit in China were studied The deposit ores were formed from chloride solutions with salinity ranging from 84 to 596 wt % NaCl equiv within the temperature range of 210 to 590°C The model of skarn ore formation involving hightemperature magmatic fluids is discussed2019年8月5日 The Pingshun skarn iron deposit is located in the southern part of the Handan–Xingtai iron district of southern Taihang Mountains, 50 km northwest of Pingshun country, Shanxi Province (Fig 1b)Compared with other skarn iron deposits in the Handan–Xingtai iron district, the Pingshun deposit has wellexposed surface outcrops of typical iron ore bodies Geology, geochronology, and fluid evolution of the Pingshun 2018年10月1日 Here, we present an integrated study of zircon UPb ages and HfO isotopes, as well as their trace elements for the orebearing and orebarren complexes in the HandanXingtai district Both of the UPb ages, HfO isotopes and trace elements of zircons from the ore 2007年2月1日 The HandanXingtai district (Figure 1a), located in the southern Taihang Mountains in the central North China Craton (NCC) within the TransNorth China Orogen (TNCO) (Figure 1b), is one of the Geological characteristics and metallogenic model of skarn iron