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Yingjun Liu on Muck Rack

Yingjun Liu

As seen in: Color Research & Application, Nature, Wiley Online Library, Frontiers, MDPI, ACS Publications, Science Magazine, Royal Society of Chemistry, BioRxiv, Cell Press and
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Articles

Ultrahigh-ratio drawing during spinning achieves graphene fibres with high strength and thermal conductivity

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By Senping Liu, Jinhe Wang, Yiwei Zhang, Bo Wang, Min Cao, Jiahao Lu, Ya Xing Wang, Yingjun Liu, Dan Chang, Peng Li, Dingyi Pan, Chao Gao, Zhen Xu, Jinxu Lin
| Nature Verified
Abstract The demand for materials combining high strength with exceptional thermal conductivity is growing across aerospace, automotive, thermal management and energy applications. Graphene offers an ideal building block, but multiscale defects such as disordered stacking and voids prevent macroscopic assemblies from realizing its intrinsic properties.
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Skeletal interoception regulates joint homeostasis and PGE2-induced pain: implication of disease-modifying treatment

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By Qimiao Hu, Yue Dong, Yushuang Pan, Yingjun Liu, Zhineng Chen, Jianqiao Fang, Yi Liang, Peng Zhang, Bonuo Qi
| Nature Verified
Abstract Interoception is a core process through which the body perceives its internal state and regulates physiological homeostasis via bidirectional communication between the central and peripheral nervous system. Skeletal interoception is a specific circuitry for the brain control of the weight-bearing system, particularly responsible for sensing bone-derived internal signals to maintain skeletal homeostasis in response to mechanical loading.
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Unlocking Strength-Toughness Dilemma in High-Entropy Borides by Intragranular Microstructural Reconstruction

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By Yingjun Liu, Engineering Shaanxi, Yuhan Yao
| Wiley Online Library Verified
1 Introduction Ultra-high temperature ceramics (UHTCs), primarily consisting of refractory borides, carbides, and nitrides, form the cornerstone of thermal protection systems for hypersonic vehicles, next-generation propulsion systems, and advanced nuclear reactors [1, 2]. Their unparalleled stability at temperatures exceeding 2000°C stems from strong covalent/ionic bonding.
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