Yinan Liu

Taizhou University

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Yu Fan

Hefei University of Technology

Taofa Zhou

Hefei University of Technology

Bin Fu

Australian National University

Biao Wang

Nanjing Library

Lejun Zhang

University of Tasmania

Wei Zhang

National Marine Environmental Forecasting Center

Weihong Wang

Northeast Forestry University

Liang Zhang

Chinese Academy of Sciences

Jing Chen

Fujian Normal University

Noel C. White

University of Tasmania

Cooperative Institutions

Hefei University of Technology

Chinese Academy of Sciences

Northeast Forestry University

University of Chinese Academy of Sciences

China University of Geosciences

Shandong University of Science and Technology

China University of Geosciences (Beijing)

Xi'an Jiaotong University

China University of Petroleum, East China

University of Tasmania

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Modifying wood veneer with silane coupling agent for decorating wood fiber/high-density polyethylene composite

Construction and Building Materials (2019)

Yinan Liu Limin Guo Weihong Wang Yanan Sun Haigang Wang

High-density polyethylene

10.1016/j.conbuildmat.2019.07.090

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Citations (56)

Petrogenesis and metallogenic implications for the Machang, Huangdaoshan, and Tuncang plutons in eastern Anhui: an integrated age, petrologic, and geochemical study

International Geology Review (2017)

Yu Fan Xuefeng Chen Yinan Liu Wei Zhang Taofa Zhou

The Tuncang–Chuzhou–Machang area (eastern Anhui province) is geologically located in the intersection between the Yangtze block and the Qinling–Dabie orogenic belt. Many Mesozoic plutons outcrop in this district that are Cu–Au prospective but inadequately studied. We report new LA-ICP-MS zircon U–Pb ages, petrologic, and whole rock geochemical data for three representative plutons at Machang, Huangdaoshan, and Tuncang. New dating results suggest that all the Machang (129.3 ± 1.6 Ma), Huangdaoshan (129 ± 1.7 Ma), and Tuncang (130.8 ± 1.9 Ma) plutons were emplaced in the Early Cretaceous, slightly older than other plutons in neighbourhood of the Zhangbaling uplift. The three plutons contain typical low-Mg adakitic affinities, in which the rocks contain SiO2 >56%, Al2O3 ≥15%, Mg# <53, elevated Sr, Ba, Cr, Ni, Sr/Y, and La/Yb, low Y and Yb and no discernible Eu anomaly. Their petrogenesis may have been related to the delamination and partial melting of the lower crust, which is different from the Chuzhou pluton, which was interpreted to have formed by partial melting of the subducted slabs. We suggest that this petrogenetic difference may explain why the pluton at Chuzhou is Cu–Au fertile, whereas those at Machang, Huangdaoshan, and Tuncang are largely barren. It is proposed that adakitic plutons formed by partial melting of the subducted slabs have high metallogenetic potentiality in the area.

Petrogenesis

Outcrop

Adakite

10.1080/00206814.2017.1373605

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Citations (8)

Mineralization conditions of massive pyrite deposits in continental volcanic bains: A case study of the Dabaozhuang deposit, eastern China

Journal of Asian Earth Sciences (2023)

Yinan Liu Yu Fan Taofa Zhou Bin Fu

Anhydrite

δ34S

10.1016/j.jseaes.2023.105782

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Citations (0)

Distribution and enrichment processes of cobalt in the Longqiao iron skarn deposit in Eastern China

Ore Geology Reviews (2024)

Yifan Zhang Yu Fan Yinan Liu Taofa Zhou Bangguo Ou

Ore genesis

10.1016/j.oregeorev.2024.106277

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Citations (0)

The effect of reinforcement on the mechanical properties of veneered wood fiber/polypropylene composites assembled with chlorinated polypropylene

Scientific Reports (2022)

Yinan Liu Feng Chen Xiaohui Ni Xing‐Hua Xia

Abstract Wood fiber/polypropylene (WF/PP) composites are environmentally friendly materials with high dimensional stability and mechanical properties. However, the applications of WF/PP composites are limited by an unattractive surface texture. In this study, the WF/PP composites were decorated with poplar wood veneer using chlorinated polypropylene (CPP) as a hot melt adhesive, the bonding strength is over 1.18 MPa. Surface bonding strength tests and scanning electron microscopy (SEM) were performed to analyze the quality of the CPP bonding layer. The physical and mechanical properties of the veneered WF/PP boards and unveneered controls were examined to determine the effects of reinforcement. The result shows that after veneered the tension strength and modulus of the whole composite board were increased over 30% and 10%; the flexural strength and modulus were increased over 10% and 20%. Low-velocity impact testing was performed to determine the impact resistance properties of the composites. Higher ratios of wood fiber in the WF/PP composite led to a higher surface bonding strength, which was evident in the SEM images. Wood veneer decoration increased the mechanical strength of the whole composite board. A tighter bond along the CPP layer would provide additional reinforcement of the veneered composite’s mechanical properties.

Polypropylene

10.1038/s41598-022-17777-w

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Pyrite textures and compositions in Jiangshan gold deposit, Bengbu Uplift, southeastern North China Craton: Implications for ore genesis

Ore Geology Reviews (2020)

Yang Chen Yu Fan Taofa Zhou Bin Fu Yinan Liu

Cataclastic rock

Ore genesis

10.1016/j.oregeorev.2020.103512

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Citations (13)

Study on jute twine/polypropylene pre-preg tapes: The effects of surface modification and impregnation

Construction and Building Materials (2020)

Jianxiu Hao Guanggong Zong Yinan Liu Yongming Song Weihong Wang

Polypropylene

Surface Modification

10.1016/j.conbuildmat.2020.118089

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Citations (8)

In-situ LA-ICP-MS trace element analysis of magnetite from Mesozoic iron oxide apatite (IOA) deposits in the Luzong volcanic basin, eastern China

Journal of Asian Earth Sciences (2018)

Yinan Liu Yu Fan Taofa Zhou Noel C. White Haolan Hong

Diorite

Ore genesis

Trace element

10.1016/j.jseaes.2018.07.007

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Citations (17)

Hydrothermal fluid characteristics and implications of the Makou IOA deposit in Luzong Basin, eastern China

Ore Geology Reviews (2020)

Yinan Liu Yu Fan Taofa Zhou Bin Fu T. R. Ireland

Ore genesis

10.1016/j.oregeorev.2020.103867

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Citations (5)

The genesis of acid alteration in the Luohe IOA-type deposit, Eastern China and its constraints on mineralization

Ore Geology Reviews (2023)

Yinan Liu Yu Fan Taofa Zhou Fangyue Wang

Luohe is the largest IOA-type deposit in the Middle and Lower reaches of the Yangtze Metallogenic belt. The iron ore body is hosted in thick volcanic rocks, and widespread acidic alteration (secondary quartzite) developed at shallow depths, providing an excellent opportunity to study the genesis of acidic alteration rocks and the genetic links with the IOA mineralization. In this study, detailed mineralogy, in situ sulfur isotopes, and trace element analyses were performed on pyrite from a shallow drill hole in the Luohe deposit. The results indicate that the formation time of acidic alteration is between magnetite (stage II) and anhydrite-pyrite (stage IV), with pyrite sulfur isotopes ranging from -14 to 4‰, which is significantly different from those in stage IV (7-9‰). The anomaly negative sulfur isotope suggests the existence of SO2 disproportionation reaction, and the δ34S of pyrite increases with depth decrease, ultimately falling within the mantle sulfur range. This indicates that the sulfur origin of acidic alteration pyrite is a single magma sulfur source, which is significantly different from the deep iron mineralization system (magmatic + evaporite). The trace elements Co, Ni, As, Ti, Cu, Sb, Tl in pyrite indicate that the acidic alteration fluid has the characteristics of low temperature, low pH, and is rich in F and Cl. Combined with the sulfur isotope results, it is believed that pyrite in the acidic alteration rock of the Luohe was formed by the mixing of gaseous SO2 and shallow groundwater, which is a part of the Luohe magmatic-hydrothermal mineralization system and an important indication for regional exploration of similar deposits.

δ34S

Anhydrite

Trace element

10.1016/j.oregeorev.2023.105616

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Citations (1)