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Metal‐Filamentary Memristor‐Based Artificial Neurons for Embodied Neuromorphic Intelligence
Rare Metals, Volume 45, Issue 9, September 2026.ABSTRACT Embodied neuromorphic intelligence represents a transformative paradigm for next‐generation intelligent systems, with broad implications for robotics, autonomous driving, intelligent manufacturing, and smart infrastructures. Neuromorphic chips enable bioinspired computing with sparse, heterogeneous representations and spatiotemporal dynamics ...
Tianci Huang, Zuqing Yuan, Qilin Hua
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Rare Metals, Volume 45, Issue 8, August 2026.ABSTRACT Li–O2 batteries garner widespread attention owing to their remarkable theoretical specific capacity. Nevertheless, the feasible implementation of the system is hindered by sluggish cathode reaction kinetics and poor anode stability. Herein, the carbon dots (CDs) with ‐OH, ‐NH2, and ‐COOH groups are synthesized and employed as electrolyte ...
Ying Li +9 more
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Dianci bileiqi, 2023 为了研究接地体在遭受雷电流时的暂态散流规律，以一字型接地体为例进行了现场的冲击注流试验，选择不同幅值的冲击电流注入5 m长度铜覆扁钢的端部和中心，以及不同幅值的冲击电流注入5 m长度不锈钢包钢圆钢的端部，以总结一字型接地体在遭受冲击电流注入时的冲击散流规律。试验推理出土壤火花放电效应在一字型接地体散流时明显存在，并且接地体在散流时呈现出明显的端部效应，当端部注流时，首端和末端的散流比例高于中间导体约5%～15%,端部注流时的冲击电阻值比中心注流时大15%～25 ...
李伟 +7 more
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Rare Metals, Volume 45, Issue 6, June 2026.ABSTRACT With high theoretical capacity and low cost, bismuth sulfide (Bi2S3) demonstrates considerable potential as an anode for sodium/potassium‐ion batteries (SIBs/PIBs). Unfortunately, significant volume variation, low electrical conductivity, and dissolution of polysulfides drastically weaken their intrinsic merits.
Fuyu Xiao +11 more
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Return from exile: Mythology and heritage in American Born Chinese and its Disney adaptation
Popular Culture Review, Volume 35, Issue 2, Page 228-237, Fall 2024.Abstract Though American Born Chinese has received a significant degree of scholarly study, the prevalence of cultural exile in the text has not received sufficient attention. Said's theorization on exile provides a guide to examining the mindset of Jin, who willfully accepts exile from his Chinese‐American heritage because of how he feels neither ...
Joshua Fagan
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Gaoya dianqi, 2018 为了更好地研究直流电压下油纸绝缘系统针板电极局部放电的电荷分布特性,文中基于流体动力学扩散—漂移方程和双极电荷传输方程搭建仿真模型用以模拟空间电荷的分布,研究了电荷产生的和流注发展的过程与放电特性,得到了局部放电过程中电荷,电场和电势的发展趋势。研究表明:油纸绝缘针板电极的局放过程分为流注击穿油隙与电荷在纸板上积累两个阶段,油隙的击穿过程中,流注头部的电场强度与净电荷密度会不断增加,形成自持放电;当流注到达绝缘纸板表面并在纸面积累电荷,将形成屏蔽层,导致流注的电场分布与电荷分布减弱,逐渐形成零电场区域 ...
姚竣严 +4 more
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Dianci bileiqi湿度影响空气间隙负极性流注放电微观过程，建立棒-板空气间隙负流注放电流体模型以及试验平台。记录放电图像，对比其发展通道宽度及发光强度；测量湿度为40%、50%、60%、70%、80%条件下负极性流注放电电流及，从宏观角度对不同湿度情况下的参量进行对比分析。在数值计算中模拟湿度为0%、30%、60%、90%条件下空气间隙负极性流注放电起始、发展及击穿过程，从微观角度分析水分子对负极性流注放电特性参数的影响规律。研究发现：在棒-板电极结构下，湿度增大促进负极性流注发展。湿度每增大30 ...
王清尘 +5 more
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Gaoya dianqi, 2005 通过化学方法检测了水中脉冲放电产生的H2O2,通过拍摄照片研究流注长度的变化。实验发现,在分别通入氮气和氧气的情况下,随着气体流量和放电时间的增加,H2O2的浓度逐渐增加;在电极间距为5cm,所加电压为35kV时,通氮气比通氧气生成的H2O2多,通氮气时流注长度较通氧气时要长。在电极间距为3cm,所加电压为21kV时,通氧气比通氮气生成的H2O2多,而流注长度差异不大。
李凌云, 叶齐政, 谢志辉, 李劲
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Gaoya dianqi, 2015 为了克服二维不均匀场流注仿真求解中数值求解复杂及难收敛的问题,笔者提出了一个准一维流注发展等效模型,实现了不均匀场中流注发展仿真。基于该流注发展等效模型,对典型的厘米级棒—板间隙中正流注发展微观物理过程进行研究,获得了空间电场、电势、电荷密度分布及流注发展速度等重要微观物理量的变化特性。同时讨论了等效模型中流注通道外形对流注放电物理特性的影响,确定了合理选择流注通道外形的原则。
董曼玲 +4 more
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Dianci bileiqi, 2020 开展地网冲击特性测试需搭建冲击放电回路,试验回路布置的差异会对地网冲击特性测试产生较大影响。在分析现有接地装置冲击试验系统构成的基础上,搭建试验回路对110 kV变电站地网进行了现场试验,研究了注流点对地网冲击特性的影响,并通过仿真计算研究了回流点对地网冲击特性的影响。试验结果表明,试验回路中注流点、回流点的选择会明显影响地网电位分布和电流的大小。在雷电冲击下地网高电位区域会集中在注流点附近,远离注流点的区域地网电位分布较均匀,注流点附近区域的地网散流变化大,远离注流点区域的地网散流较平均。仿真结果表明,
黄佳瑞 +4 more
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