Jianwei Song

Effect of oatmeal as a biomass-derived pore-forming additive on the reduction–carburization behavior of ilmenite pellets in a CH4-H2 atmosphere

Tingting Lv, Yunfei An, Jianwei Song, Tu Hu et autres

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Research on efficient impurity removal via chlorination roasting-acid leaching of low-grade molybdenum concentrate

Dehao Dou, Huan Tian, Tu Hu, Baocheng Zhou et autres

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Biomass oatmeal-enhanced CH4–H2 reduction of ilmenite pellets for TiC preparation and purification by hydrochloric acid leaching

Tingting Lv, Yunfei An, Jianwei Song, Ming Hou et autres

Toward High-Quality Scrap-Derived Ductile Iron: A Review on Refining Slag Design for Sulfur and Phosphorus Control

Xingyu Zheng, Junkui Shi, Q B Wang, Hu Tu et autres

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Process Study on Preparation of TiC by Reduction–Carburization of TiO2 in CH4-Ar Mixed Gas

Tao Wei, Shibing Cai, Liangning Huang, Jianwei Song et autres

Methane (CH4) was employed as a carbon source for the reduction and carburization of TiO2 via a gas-phase infiltration process to synthesize titanium carbide (TiC). The highly reactive and diffusible carbon species derived from CH4 decomposition enable a significant reduction in both …

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Achieving X8R temperature stability in BaTiO3-based ceramics via core-shell structure and defect dipole engineering

Jianwei Song, Xiuyun Zhang, Yuyang Tang, Baoyong Huang et autres

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Toward Overcoming the Strength‐Toughness Trade‐off in Cellulose Bulk Material by Tuning the Double‐Network Structure With Hierarchical Hydrogen Bonding

Xiaofei Dong, Siyuan Liu, Peiru Wang, Zixuan Yang et autres

ABSTRACT Overcoming the conflict between strength and toughness in polymer‐matrix composites without chemically cross‐linked networks remains challenging. Herein, we report an all‐cellulose bioplastic (AC‐bioplastic) with excellent strength and toughness via a hierarchical hydrogen‐bonding double‐network (DN) structure. Natural wood fibers are delignified to …

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Crystallinity regulated flexoelectricity in cellulose membranes

J Zhao, Wensi Xing, Hong Xiao, Rui Song et autres

Compared to ferroelectric ceramics, polymers exhibit lower flexoelectric coefficients but offer superior processability and flexibility, making them attractive for deformable electromechanical systems. Cellulose, a biodegradable and biocompatible polymer, is a promising candidate for materials with controllable flexoelectricity. Nevertheless, the intrinsic flexoelectric properties …

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Synergistic Fe/Cu bimetal and phosphate co-modification of durian-derived biochar for superior CL-20 adsorption under extreme acidity: A combined experimental and DFT study

Mohe Zhang, Yunfeng Tan, Nengsheng Liu, Jiangzhou Qin et autres

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Efficient utilization of low-grade ilmenite: An innovative approach integrating pre-oxidation with CH₄-H₂ direct reduction for titanium carbide production

Tingting Lv, Jianwei Song, Yunfei An, Tu Hu et autres

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A scientometric study on research trends and characteristics of randomized controlled trials in orthodontics

Ning Wang, Yang Yu, Linjun Shi, Zhechen Zhang et autres

Background/purpose: In evidence-based approaches to orthodontic research, randomized controlled trials (RCTs) are recognized as the highest level of original evidence. The purpose of this study was to analyze the scientometric characteristics and research trends of RCTs in orthodontics, with emphasis on chronological …

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A Thermal Management Hybrid Membrane with Both High Thermal Conductivity and Electrical Insulation

Hong Xiao, Lianmeng Si, Yiju Li, Liang Xu et autres

Abstract The elevated thermal output of microelectronic devices necessitates efficient thermal management materials to mitigate overheating. However, simultaneously achieving high thermal conductivity and exceptional electrical insulation in polymer‐based composites remains a formidable challenge. Herein, a flexible and scalable aramid nanofiber/expanded graphite (ANF/EG) …

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