摘要：本文以“三创融合”教育视角为出发点,构建了在陶瓷艺术设计专业人才培养中构建多维培养模式。指出高校应通过完善陶瓷艺术设计专业创新课程项目、打造陶瓷艺术设计专业创业实践平台、优化陶瓷艺术设计专业创意生态体系的方式,推进陶瓷艺术设计专业人才的“三创”培养,确保陶瓷艺术设计专业人才综合素质能力符合时代发展需求,并为陶瓷艺术专业人才的职业发展奠定坚实基础。

摘要：In the study of oriented bounding boxes(OBB)object detection in high-resolution remote sensing images,the problem of missed and wrong detection of small targets occurs because the targets are too small and have different *** OBB object detection for remote sensing images,although making good progress,mainly focuses on directional modeling,while less consideration is given to the size of the object as well as the problem of missed *** this study,a method based on improved YOLOv8 was proposed for detecting oriented objects in remote sensing images,which can improve the detection precision of oriented objects in remote sensing ***,the ResCBAMG module was innovatively designed,which could better extract channel and spatial correlation ***,the innovative top-down feature fusion layer network structure was proposed in conjunction with the Efficient Channel Attention(ECA)attention module,which helped to capture inter-local cross-channel interaction information ***,we introduced an innovative ResCBAMG module between the different C2f modules and detection heads of the bottom-up feature fusion *** innovative structure helped the model to better focus on the target *** precision and robustness of oriented target detection were also *** results on the DOTA-v1.5 dataset showed that the detection Precision,mAP@0.5,and mAP@0.5:0.95 metrics of the improved model are better compared to the original *** improvement is effective in detecting small targets and complex scenes.

摘要：我国的城市化经历了大规模增长的快速建设时期,如今建设重心已由“量”转“质”,聚焦于城市软实力的提升。公共艺术作为塑造城市品格、彰显文化自信、提升幸福指数的重要载体,将为空间更新与文化发展注入新动能。针对城市街景空间,通过建立公共艺术“分级分类”“全要素”的设计控制体系,并融入在地特色,可实现精细化、在地性的公共艺术品质提升,结合实施机制的创新探索,为街景空间的艺术品质提升建立财政资金、法规体系和公众参与的机制保障,实现可持续的常态化更新提质。

摘要：提升建筑能效,降低建筑能耗,发展清洁能源、可再生能源在建筑中的应用技术是未来建筑领域低碳减排的必要途径,也将是我国实现碳减排目标的重要手段。本文结合湖南建设投资集团有限责任公司一实际工程案例对绿色低碳建筑的设计策划及建造施工进行系统性阐述,以期助力建筑业的绿色发展和低碳转型。

摘要：本文以±525 kV柔性直流输电工程中的直流海底电缆为研究对象,开展了直流耐压试验、冲击耐压试验、梯度耐压试验,分析了绝缘材料的击穿场强、老化寿命指数、Bahder系数等关键参数,设计并计算了不同耐压条件下±525 kV直流电缆的绝缘厚度。基于直流电缆的电场分布和温度分布,对绝缘设计厚度进行校核。结果表明:直流电缆中电场分布的畸变程度主要由绝缘层温差决定,绝缘层温差主要由电缆导体通过的电流大小决定。综合考虑研究结果以及电缆长期安全可靠性,建议±525 kV直流电缆绝缘厚度设计按28 mm选取。

摘要：北海西村港跨海大桥为38.9+70+238+70+38.9=455.8m双塔混合梁斜拉桥,空间双索面布置。桥塔为四根塔柱的宝石型空间异形混凝土塔。由于桥塔及拉索在顺桥横桥方向均有较大角度变化,对设计和施工提出较高要求。本文主要阐述大倾角斜塔、钢锚箱、主梁等构件设计的关键问题,以资借鉴参考。

摘要：为解决传统煤层气往复式压缩机气量调节系统所存在的能耗大、运行效率低的问题,在对压缩机无级气量调节原理分析的基础上,对当前局部行程的无级气量调节系统所存在的问题进行总结,重点提出了无级气量调节系统液压站、蓄能器等设计思路。对所设计的无级气量调节系统的密封性能和执行机构响应性能进行测试。

摘要：促进我国农业现代化水平的提高,设计一种农业数据监测物联网系统。选取以S3C2410为核心元件的核心处理平台,选取光照传感器、温湿度传感器等设计农业信息采集模块,实现农业数据的全面采集;然后利用S3C2410与以太网通信协议,建立农业信息远距离通讯模块,匹配VBAT等外围电路确保信息的稳定传输。然后搭建CTWing云通信平台,结合LwM2M协议实现终端传感器节点的农业数据传输与分析。实验结果表明系统稳定性强,丢包率较小,具有较大的应用性能。

摘要：As an important energy carrier in terms of carbon neutrality,green hydrogen produced by water electrolysis using renewable electricity has attracted worldwide *** polymer electrolyte water electrolyzer(PEWE)has the potential to be a mainstay in the green hydrogen market in the future because of its superior ***,the development of PEWE is constrained by the slow progress of the membrane electrode assembly(MEA),which is an essential component of PEWE and largely determines the cost and performance of the ***,the MEA must be optimized from the aspects of reducing cost and improving performance to promote the development of *** this review,we first discuss the recent progress of the materials and design strategies of MEA,including the cost,activity,and stability of catalysts,distribution and thickness of ionomers,and ion transport efficiency of ion exchange membranes(IEMs).Then,the effects of all components and interlayer interfaces on the ions,electrons,and mass transfer in MEA and,consequently,the performance of PEWE are ***,we propose perspectives on developing MEA by optimizing the catalyst activity and stability of IEM,interface contact between adjacent components,and evaluation methods of performance.

摘要：组合梁钢拱桥因其受力合理、造价经济、外形美观等特点得到了广泛运用。根据某宽幅大跨径组合梁钢拱桥设计实践,对拱肋、端横梁、吊杆部分构造进行优化研究,形成了独特的四索面分叉拱做法,兼顾结构外观、力学性能和工程经济性。通过理论分析和荷载试验检测,验证该类设计优化的安全性,可为同类型桥梁设计提供参考借鉴。