摘要：在现代动漫设计过程中,数字媒体艺术是不可或缺的重要组成部分,赋予了动漫设计更多的创新发展要素。本文基于现有的工作经验,阐述了数字媒体艺术在动漫设计中的具体应用,在此基础上,分析了数字媒体艺术在动漫设计中应用的重要意义,最后探讨了其创新应用的策略,仅供相关设计人员参考和借鉴。

摘要：本文提出了利用美国微软公司（Microsoft Corporation）的办公系统软件组件（Office 95～2000）中的电子表格软件（Excel 95～2000），进行场道工程中加厚层道面的纵断面设计方法，该方法具有操作简便、调整修改方便、计算结果即时显示并有相应的图形成果等特点，同传统方法相比，不仅大大提高了工作效率，更有利于保证设计质量。

摘要：通过新旧标准对比，结合工程实践，介绍了新《军用永备机场场道工程战术技术标准》在机场地势、机场排水和机场道面等方面的合理改进，以及作者在实际设计工作中运用的经验和体会。

摘要：该文详细介绍了水泥稳定碎石半刚性基层的施工顺序、施工技术和注意事项，对空军机场施工有一定的参考价值。

摘要：本文从直升机临时起降点的特点和我国海陆兼备的地理特征情况出发，根据港口、海岛城市所处的区位优势和拥有的资源特点，以舟山群岛地区建设直升机起降点为例，论述了以城市附近的永备机场为基地机场，规划临时起降点的基本特点。从发展海洋经济、发展旅游业、发展立体交通、实现海上救援四个方面，论述了利用直升机临时起降点发展通用航空事业在沿海地区区域经济发展中的意义和前景。

摘要：雨水收集利用是开发和节约水资源的环保应用技术，已较好地运用于我国北方及干旱、半干旱地区．取得了缓解水资源紧缺、改善生态环境等社会、经济和生态效益。机场飞行区集水面积广、雨水水质清洁性好，可降低雨水前期收集、后期处理的难度。本文从技术、经济的角度出发，分析了雨水收集利用技术在机场飞行区的应用前景。提出了应用该技术的可能性和实施该技术的困难之处。

摘要：Inspired by MXene nanosheets and their regulation of surface functional groups,a series of Ti_(2)C‐based single‐atom electrocatalysts(TM@Ti_(2)CT_(x),TM=V,Cr,Mn,Fe,Co,and Ni)with two dif‐ferent functional groups(T=–O and–S)was *** CO_(2)RR catalytic performance was stud‐ied using well‐defined ab initio *** results show that the CO_(2) molecule can be more readily activated on TM@Ti_(2)CO_(2) than the TM@Ti_(2)CS_(2) *** charge analysis reveals that the Ti_(2)CO_(2) substrate is involved in the adsorption reaction,and enough electrons are injected into the 2π*u orbital of CO_(2),leading to a V‐shaped CO_(2) molecular configuration and partial negative charge *** V‐shaped CO_(2) further reduces the difficulty of the first hydrogenation reac‐tion *** calculatedΔG of the first hydrogenation reaction on TM@Ti_(2)CO_(2) was significantly lower than that of the TM@Ti_(2)CS_(2) ***,the subsequent CO_(2) reduction pathways show that the UL of the potential determining step on TM@Ti_(2)CS_(2) is smaller than that of TM@Ti_(2)CO_(2).Combining the advantages of both TM@Ti_(2)CS_(2) and TM@Ti_(2)CO_(2),we designed a mixed functional group surface with–O and–S to anchor TM *** results show that Cr atoms an‐chored on the surface of mixed functional groups exhibit high catalytic activity for the selective production of *** study opens an exciting new avenue for the rational design of highly selec‐tive MXene‐based single‐atom CO_(2)RR electrocatalysts.

摘要：作为一种传统的国粹艺术,中国戏曲的产生与发展始终与其所处的历史文化语境休戚相关。在当前社会结构转型的语境下,新媒体时代的到来不仅丰富了戏曲艺术的表现形式,更对其传播方式产生了巨大的影响,同时也为传统戏曲未来的发展带来了新的契机。为了适应变化的社会形势,传统戏曲与新媒体平台的融合也是戏曲自身不断谋求良性发展的一条有效路径。

摘要：The creation of Cu^(0)/Cu^(+)interface over Cubased catalysts is known to facilitate the production of multicarbon(C_(2+))products during CO_(2)reduction reaction(CO_(2)RR).However,the Cu^(+)moieties exhibit high susceptibility towards reduction into Cu^(0)at a high current ***,a comprehensive understanding and rational shaping strategy for the construction and stabilization of Cu^(0)/Cu^(+)interface in Cu-based catalysts is ***,we proposed a controllable“nanoparticle assembly”strategy to obtain hollow spherical assemblies(HSA)composed of numerous Cu_(2)O nanoparticles(HSA-Cu_(2)O).The HSA-Cu_(2)O catalysts significantly enhance the selectivity of C_(2+)products,resulting in an impressive overall Faraday efficiency(FE)of 79.2%±0.7%at a partial current density of 317.1 mA cm−*** HSA-Cu_(2)O catalysts undergo in-situ electrochemically reconstruction during CO_(2)RR,achieving Cu^(0)/Cu^(+)interfacial sites with a high *** Auger electron spectra,in-situ Raman,and morphological evolution studies have confirmed that the combination of the Cu^(0)/Cu^(+)interface and hollow sphere architecture facilitated the concentration of*CO intermediates,thereby promoting C–C dimerization to boost C_(2+)selectivity in CO_(2)RR.

摘要：通过分析工程造价管理信息系统建立的必要性及各项功能,论述了该系统的组成及建立的方法。