摘要：作为传统民俗文化中的瑰宝,南丰傩面具的艺术底蕴和文化价值十分丰富。文章对南丰傩面具进行概述,阐析其艺术形态在造型、色彩、装饰方面的特征,分析南丰傩面具图案在箱包中的设计思路及原则,从图案适应箱包与服从箱包的角度进行对应的图案设计及应用研究。以皮革制品作为南丰傩面具艺术元素延续和传承的物质载体,将南丰傩面具艺术符号应用于现代箱包设计中,拓宽南丰傩面具艺术符号的开发思路和应用价值。

摘要：The effect of W element on the microstructure evolution and mechanical properties of Al_(1.25)CoCrFeNi3 eutectic high-entropy alloy and Al_(1.25)CoCrFeNi_(3-x)W_(x)(x=0,0.05,0.1,0.3,and 0.5;atomic ratio)high-entropy alloys(HEAs)were *** show that the Al_(1.25)CoCrFeNi_(3-x)W_(x) HEAs are composed of face-centered cubic and body-centered cubic(BCC)*** W content increases,the microstructure changes from eutectic to *** addition of W lowers the nucleation barrier of the BCC phase,decreases the valence electron concentration of the HEAs,and replaces Al in the BCC phase,thus facilitating the nucleation of the BCC *** results show that the addition of W greatly improves the mechanical properties,and solid-solution,heterogeneous-interface,and second-phase strengthening are the main strengthening *** yield strength,tensile strength,and elongation of the Al_(1.25)CoCrFeNi2.95W0.05 HEA are 601.44 MPa,1132.26 MPa,and 15.94%,respectively,realizing a balance between strength and *** fracture mode of the Al_(1.25)CoCrFeNi_(3-x)W_(x) HEAs is ductile–brittle mixed fracture,and the crack propagates and initiates in the BCC *** eutectic lamellar structure impedes crack propagation and maintains plasticity.

摘要：目的:强化艺术设计硕士文化传承与创新教育的目的在于通过高质量的文化滋养,厚植文化根基,使他们具备深厚的文化认知和正确的文化取向,最终转化成艺术设计中的文化自觉与自信,让作品真正成为叙述和传播中华文化的载体,培养能真正建设文化强国的主力军。方法:文章构建围绕培养厚人文、重体验、强自信、能创新四种能力的建设目标和路径,提出开辟多渠道的文化渗透、提供形式多样的文化艺术体验、课程思政与思政教育双管齐下、进阶式文化创新设计训练等多项改革举措。结果:实现文化传承及创新类课程对艺术设计专业各方向的全覆盖,多渠道获得线上线下“非遗”文化体验,积累丰富的文化素材,提升文化创意设计能力和水平。结论:艺术设计是最直接、最形象的文化表现形式,作品所传达的文化理念将潜移默化地影响人们的认知和文化取向,关系到国家主流意识形态的安全和社会主义文化强国建设的成效。作为艺术设计硕士培养院校,要把推动文化传承与发展渗透于立德树人全过程,以高质量的文化滋养艺术设计硕士,为我国的高质量发展提供坚实的艺术设计人才保障。

摘要：本文聚焦于20世纪初气韵美学现代转型这一高峰事件,特别对其中自冈仓天心向宾雍与罗杰·弗莱的理论旅行详加考释。宾雍延续了冈仓天心以“节奏”对译“气韵”的阐释理路,并通过“舞”这一鲜明意象对“气韵/rhythm”所包含的生命美学与形式美学向度以及时间与空间属性加以阐发。而罗杰·弗莱进一步在艺术全球化浪潮中通过“节奏”这一抓手,巧妙调用了门类艺术之间以及地域艺术之间的互动,撼动了文艺复兴艺术传统的独尊地位,推动了现代主义的兴起,并迎来了这场现代理论旅行华彩乐章的高潮。

摘要：Touch-sensitive screens are crucial components of wearable *** such as reduced graphene oxide(rGO),carbon nanotubes(CNTs),and graphene offer promising solutions for flexible touch-sensitive ***,when stacked with flexible substrates to form multilayered capacitive touching sensors,these materials often suffer from substrate delamination in response to deformation;this is due to the materials having different Young’s modulus *** results in failure to offer accurate touch screen *** this work,we demonstrate an induced charge-based mutual capacitive touching sensor capable of high-precision touch *** is enabled by electron trapping and polarization effects related to mixed-coordinated bonding between copper nanoparticles and vertically grown graphene ***,we used an electron cyclotron resonance system to directly fabricate graphene-metal nanofilms(GMNFs)using carbon and copper,which are firmly adhered to flexible *** being subjected to 3000 bending actions,we observed almost no change in touch *** screen interaction system,which has a signal-to-noise ratio of 41.16 dB and resolution of 650 dpi,was tested using a handwritten Chinese character recognition trial and achieved an accuracy of 94.82%.Taken together,these results show the promise of touch-sensitive screens that use directly fabricated GMNFs for wearable devices.

摘要：现代西方艺术史研究的发展以自律观念为重要背景,暗含建构图像的自律性表意体系这一终极目标。美国汉学的中国艺术研究通过以形式分析为基础的视觉方法和图像学立场下的图像叙事模式,对图像自律观念进行了一些跨文化的尝试和检视,并最终否定了图像的绝对自律性,表明了图像和意识形态的不可分割。

摘要：随着人工智能技术的突飞猛进,传媒行业正在进入深度变革期。旧有格局被快速打破,新的传媒格局正快速演变。传媒业态的结构性调整,从理论体系、学科边界、培养模式等方面对传媒高等教育带来全方位的强烈冲击。中国传媒大学高度重视人工智能对传媒高等教育的影响,推出人工智能行动计划。广告学院正以计算广告专业建设为契机,探索以学科交叉推进传媒高等教育智能化转型的新路径,在理论重构、专业再造、培养体系升级3方面展开探索,推动教学、科研、实践3层创新。传媒院校作为传媒产业的引领者,应积极拥抱变化,推动智能化转型,探索未来传媒高等教育的方向。

摘要：戏曲艺术是中国动画电影的重要创意来源之一,恰当地融入戏曲元素,有利于中国动画电影在世界动画市场中的特色化发展。分析戏曲艺术在动画电影中的应用,理解戏曲元素在动画电影中的分解和延伸,把握戏曲元素在动画电影中的发展导向,对于中国动画电影的民族化发展有积极意义。

摘要：依托多感官体验地图工具研究智能交互设计物化阶段,并构建辅助工具促进设计与技术的结合。分析智能交互物化阶段特点,实验探究不同水平设计师使用多感官体验地图的设计活动差异,总结工具设计策略。得出智能交互设计物化阶段体验的关键策略与辅助要素,构建了线上线下混合的设计辅助工具包。通过构建辅助工具促进了设计与技术的有机结合与匹配,为智能交互设计教育提供了有效的方法和实用工具。

摘要：Aqueous zinc-ion batteries(AZIBs)show great potential for applications in grid-scale energy storage,given their intrinsic safety,cost effectiveness,environmental friendliness,and impressive electrochemical ***,strong electrostatic interactions exist between zinc ions and host materials,and they hinder the development of advanced cathode materials for efficient,rapid,and stable Zn-ion *** and their derivatives possess a large interlayer spacing,excellent hydrophilicity,outstanding electronic conductivity,and high redox *** materials are considered“rising star”cathode candidates for *** comprehensive review discusses recent advances in MXenes as AZIB cathodes from the perspectives of crystal structure,Zn-storage mechanism,surface modification,interlayer engineering,and conductive network design to elucidate the correlations among their composition,structure,and electrochemical *** work also outlines the remaining challenges faced by MXenes for aqueous Zn-ion storage,such as the urgent need for improved toxic preparation methods,exploration of potential novel MXene cathodes,and suppression of layered MXene restacking upon cycling,and introduces the prospects of MXene-based cathode materials for high-performance AZIBs.