摘要：乡村振兴是我国全面建成小康社会、建设社会主义现代化国家的重要举措,动漫产业以其成本投入较少、可扩展性强、传播方式广泛等多种优势为乡村振兴提供了新的思路和方法。本文通过从动漫产业赋能陕北特产包装设计的具体途径、动漫元素在包装设计中的具体应用等两部分出发,探讨了动漫产业在乡村振兴战略中的融入和实施,从而使动漫产业和乡村发展互惠共赢,进而助力乡村发展。

摘要：随着AIGC技术的迅速发展，其自动生成内容的能力受到了广泛关注，并在娱乐及工业设计领域得到深入应用，尤其在动画电影创作中，AIGC技术的引入给创作流程带来了显著变革。AIGC凭借其数据驱动的内容生成和跨模态融合特性，优化了动画电影的全链条创作过程，从内容构思到视觉呈现都得到了极大提升，有效降低了制作成本并提高了效率。然而，技术的广泛应用也带来了一系列挑战和争议，技术与情感表达之间的平衡、虚拟真实、独创性等问题亟待解决。通过对这些问题的深入分析，对AIGC技术赋能下的动画电影创作进行辩证思考，探讨未来的创新发展方向，呼吁艺术与技术的协同发展，以确保其在动画电影创作中的可持续性和艺术价值。

摘要：Professor Kazunari Domen at the Shinshu University and the University of Tokyo has pioneered materials and techniques for solar-driven water splitting using photocatalysts,a promising technology for contributing to the construction of a sustainable and carbon-neutral *** this paper,we summarize his groundbreaking contributions to photocatalytic water splitting and,more broadly,photocatalytic *** highlight various novel functional photocatalytic materials,including oxides,(oxy)nitrides,and oxysulfides,along with innovative techniques such as cocatalyst engineering and Z-scheme system construction developed by the Domen *** team has also pioneered readily accessible and cost-effective photo(electro)chemical device fabrication methods,such as the particle-transfer method and thin-film-transfer ***,their research has made significant contributions to understanding the(photo)catalytic mechanisms using advanced characterization *** with his research team,Professor Domen has set many milestones in the field of photocatalytic overall water splitting,notably demonstrating the first scalable and stable 100 m^(2)solar H_(2)production system using only water and *** work has revealed the potential for practical solar H2 production from water and sunlight,and highlighted the application of fundamental principles,combined with chemical and materials science tools,to design effective photocatalytic *** this review,we focus on his research and the foundational design principles that can inspire the development of efficient photocatalytic systems for water splitting and solar fuel *** building on his contributions,we anticipate a significant impact on addressing major global energy challenges.

摘要：日本美学、现代风格和欧昔艺术，这些元素被灵活地运用在墨西哥城TORI-TORI日式餐厅的设计上，给就餐者带来别样的就餐体验和视觉震撼。

摘要：音乐是一种特殊的艺术形式,其通过旋律、韵律、和声等来培养学生的审美情趣、审美能力和创造能力。高中阶段是培养学生艺术素养的关键时期,如何有效提高学生的艺术素养是当前教育界关注的重点课题。在音乐教学中,教师可以多样化课程设计、实践与理论相结合、跨学科合作、借助现代科技手段、完善评价与反馈机制等策略,推进音乐学科教学改革,提高学生的艺术素养和音乐学科核心素养。

摘要：超声速降落伞作为提供气动阻力和稳定性的重要气动减速系统,其设计好坏直接影响着探测器着陆任务的成败。适应不同气动性能需求的降落伞结构参数通常是相互矛盾的,为了解决火星降落伞在外形设计时的结构参数矛盾,以及设计周期长、计算误差大的问题,本文提出了一种面向探测器-降落伞双体模型的融合代理优化策略。融合代理模型集成了插值型代理模型和回归型代理模型的优点,能够在相同样本的条件下具备更高的气动力系数预测精度。通过采用融合代理模型替代长耗时的计算流体力学(CFD)计算过程,能够缩短设计周期,提高设计效率。结合多目标遗传算法对探测器-盘缝带伞双体模型进行了优化设计,结果表明,采用融合代理优化策略能够平衡伞体的阻力性能及稳定性能,在满足结构及气动约束的前提下提升盘缝带伞的综合减速能力,具有良好的实用性和可行性。文章的研究结果可为未来新一代火星探测用超声速降落伞的设计研制提供一定的理论参考和技术储备。

摘要：针对可重构智能超表面(RIS)辅助多用户系统中基站和RIS联合波束成形设计问题,该文提出通用低复杂度联合波束成形设计方案。首先,分析RIS辅助多用户系统以最大化和数据速率为目标的联合波束成形非凸优化问题。其次,利用波束导向矢量近似正交性设计RIS反射矩阵,进一步利用迫零方法设计基站发射波束成形,并对多用户进行功率分配优化。最后,讨论该方案适用性并对比该方案的计算复杂度相比现有方案降低了一个数量级。仿真结果表明,所提通用低复杂度波束成形设计可以获得较高和数据速率,并且采用最优功率分配可以进一步提高和数据速率。此外,仿真结果和理论分析都表明系统和数据速率随RIS位置的变化而变化,该结论为RIS位置的选择提供参考依据。

摘要：Untreated urea-rich wastewater exerts severeadverse impacts on both the environment and human health,prompting extensive attention towards the urea oxidationreaction (UOR) as a sustainable technology to generate cleanenergy in recent years. UOR has a thermodynamic advantageover oxygen evolution reaction (OER) (1.23 V vs reversiblehydrogen electrode, RHE) and only requires 0.37 V (vs RHE),which is considered as an effective alternative to H_(2) production by water electrolysis. However, the inevitable kineticslowness and complex adsorption/desorption during the processhinder its practical application. Most traditional catalystsutilized for the UOR are comprised of precious metals, resulting in limited economic viability. Inspired by natural ureases, Ni-based catalysts have emerged as promisingalternatives owing to their rich deposits, low cost, and theregulated d orbitals of transition metal Ni, demonstratingconsiderable potential for UOR. Currently, numerous studieshave explored Ni-based hydroxides, oxides, chalcogenides, andphosphides in alkaline solutions. In this review, we will explorethe UOR reaction mechanism and summarize the catalystdesign strategies of various Ni-based catalysts recently, especially Ni-MOF, which has been rarely discussed before. Then,the broad prospects of UOR in practical applications aresummarized. Finally, based on the design strategies and performance comparisons discussed above, the challenges andprospects facing the future development of Ni-based electrocatalysts for the UOR will be presented.

摘要：非物质文化遗产系统性保护的学理性研究是保护落实的基础。理清家底与资源存量,总结发展经验,有利于推进系统性保护措施落实,形成非物质文化遗产保护与传承的社会氛围,提升公众参与度,使文化遗产项目回归生活。发挥数字技术与产业力量,合理开发,适度应用,以系统性保护适应不同类目发展需要,促进非物质文化遗产资源创造性转化,实现可持续发展。非物质文化遗产系统性保护的宏观规划与微观举措,都要落实于国家、团体、个人权益保护,使传承人成为非物质文化遗产系统性保护的最大受益者,成为传承创新的最大活力来源。完善相关立法,以法律保护文化遗产本身及其传承环境。加强传承群体知识产权保护意识形成有益于文化遗产传承的发展环境,在适应社会需求中实现创新和衍生。

摘要：近年来中国科技进步步伐加快,先进产业的市场化也不断推进,政府与市场关系在中国科技创新产业领域发挥的作用成为研究焦点。从发展经济学的经典理论出发,以中国近年来“换道超车”的典范——电动车(EV)产业为例,探讨相关产业政策与市场机制的作用,可以突出中国式的有为政府与有效市场更好结合在科技创新产业方面的意义。进而,从当前中国政府对金融的引导、人力资本客观现状出发,探讨中国科技创新的产业政策设计与国际市场竞合的逻辑。