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Developmental Medicine &Child Neurology, Volume 61, Issue 3, Page E1-E35, March 2019., 2019 目的 本国际临床指南由欧洲残疾儿童学会（the European Academy of Childhood Disability，EACD）牵头制定，旨在解决发育性协调障碍（developmental coordination disorder，DCD）的定义、诊断、评估、干预以及与社会心理方面的临床应用关键问题。 方法 本指南针对五个领域的关键问题，通过文献综述和专家团队的正式讨论达成共识。为保证指南的循证基础，以“机制”、“评估”和“干预”为检索词, 对2012年更新以来提出的最新建议以及新增的“社会心理问题”和“青少年/成人”为检索词进行检索。根据牛津大学循证医学中心证据等级 (证据水平 [level of evidence, LOE]1–4) 将结果进行分类，最终转化为指南建议。并由国际 ...
Jing Hua +6 more
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Considering connections between Hollywood and biodiversity conservation
Conservation Biology, Volume 32, Issue 3, Page 597-606, June 2018., 2018 Abstract Cinema offers a substantial opportunity to share messages with a wide audience. However, there is little research or evidence about the potential benefits and risks of cinema for conservation. Given their global reach, cinematic representations could be important in raising awareness of conservation issues and species of concern, as well as ...
Matthew J. Silk +3 more
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Dianci bileiqi, 2020 ZnO压敏电阻的老化主要由施加电压及温度因素造成,为研究其在工作电压下的热电特性,利用建立的压敏电阻交、直流老化试验平台,开展了热电应力下压敏电阻温度特性、荷电率特性及直流老化特性的试验研究。结果表明:1)直流电压荷电率（电压与压敏电压的比值）在85%～92%区间,泄漏电流和功耗随荷电率增大有下降趋势,而交流电压下两参数随荷电率的增加而增加; 2)直流老化试验中,在97%荷电率和145℃温度下,10K250压敏电阻的泄漏电流经历了快速下降、缓慢上升、激增3个阶段。泄漏电流的剧增点（增长到初始值的900%）
孙伟 +4 more
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Dianci bileiqi, 2021 ZnO压敏电阻是电子和信息化领域重要的过电压防护器件,对电子与通信系统的运行安全有着至关重要的作用。本研究基于压敏电阻直流老化特性实验平台,开展了热电应力下ZnO压敏电阻温度特性、荷电率特性以及长期直流电压下老化特性的变化规律研究。实验与分析结果证明:1)在电应力与热应力作用下,ZnO压敏电阻的泄漏电流和功率损耗随着荷电率增大而增大;2)同一型号压敏电阻在同温度(115℃),不同荷电率下两组直流老化实验,泄漏电流曲线经历了快速上升、缓慢下降至平稳、激增3个变化阶段,两组老化时间存在较大差异; 3 ...
黄海博, 孙伟, 万翔, 姚学玲
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Rare Metals, Volume 45, Issue 10, October 2026.ABSTRACT Lung cancer remains a major cause of cancer‐related mortality worldwide, and non‐small cell lung cancer (NSCLC) accounts for the largest proportion of diagnosed lung cancer cases. Exosomal programmed death‐ligand 1 (PD‐L1) has attracted increasing attention as a potential liquid‐biopsy biomarker associated with tumor immune regulation; however,
Chen Su +6 more
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Rare Metals, Volume 45, Issue 10, October 2026.ABSTRACT A central challenge in high‐performance photoelectrochemical (PEC) systems is mitigating the intrinsic limitations in photogenerated carrier separation and transport, while enabling efficient broad‐spectrum solar harvesting. Inspired by the synergistic effect between plasmonic resonance and heterojunction built‐in electric fields, a ternary ...
Yuhan Zhang +8 more
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Rare Metals, Volume 45, Issue 10, October 2026.ABSTRACT The immunosuppressive milieu of hepatocellular carcinoma (HCC) remains a major obstacle to durable antitumor responses. Mechanical‐energy‐driven piezocatalysis provides a noninvasive means of inducing oxidative damage and immunogenic tumor destruction; however, inefficient utilization of piezoinduced charges and insufficient localization of ...
Mingjian Zhang +7 more
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Rare Metals, Volume 45, Issue 9, September 2026.ABSTRACT With the rapid development of flexible electronics, there is an increasing demand for hydrogel‐based sensors with rapid fabrication, robust mechanical performance, and stable sensing behavior. Herein, a green and ultrafast self‐catalytic strategy is developed to fabricate a multifunctional hydrogel based on tannic acid‐coated cellulose ...
Jin Qian +6 more
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Rare Metals, Volume 45, Issue 4, April 2026.ABSTRACT The development of neuromorphic electronics with visual perception and adaptive capability is highly desirable for advancing artificial vision systems. Herein, we have demonstrated a dual‐plasticity adaptive phototransistor based on IGZO nanofibers that exhibits the perception and dynamic adaptation behavior of rod and cone cells to varying ...
Shanshan Jiang +5 more
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Dianci bileiqi, 2016 ZnO压敏电阻连接在电路中工作时,两端一直承受交流负载电压的老化,为探究在多脉冲情况下,交流负载电压对ZnO压敏电阻的性能影响,采用幅值为20 k A、时间间隔为50 ms的8/20μs同时序冲击高压多脉冲对并联氧化锌压敏电阻元件进行冲击的同时施加幅值为385 V的工频交流电压模拟压敏电阻实际安装在电路上的真实工作环境。经过施加交流负载和不加交流负载的两组试验对比分析,得出结论:交流负载施加与否对初始压敏电压相同的两片压敏电阻并联的耐受多脉冲冲击次数没有影响,但会导致压敏电阻损坏效果不同;施加交流负载时,
肖扬 +4 more
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