摘要：图像学作为一种设计文化一直潜在地对建筑设计过程产生多方面影响。本文通过对建筑进行分析与对比研究,旨在从图像学角度重新解读斯蒂芬·霍尔的成都来福士广场设计。通过揭示霍尔运用的现代建筑语言与中国山水画意象的潜在关联及意义,本文尝试揭示霍尔在该项目设计中的潜在偏好,并演绎图像策略是如何介入并影响该项目的设计选择。

摘要：The interface properties in two-dimensional(2D)layered materials and their van der Waals(vdW)homo-/heterostructures are of importance in both uncovering novel physical phenomena and optimizing device *** considerable research interest and enthusiasm direct toward the interlayer coupling in 2D homo-and heterostructures,there is limited research on the coupling at the 2D layered material-substrate *** limitation is due to the challenges in achieving direct ***,the coupling mechanisms at the 2D layered material-substrate interface is ambiguous,which needs greater *** this study,we have systematically investigated the interface coupling between monolayer WS_(2)and its supported substrates using high-temperature and high-vacuum in-situ Raman spectroscopy through monitoring the low-frequency Raman mode of monolayer WS_(2).Our findings reveal that both interfacial spacing and strain can significantly affect the coupling strength between the monolayer WS_(2)and the supported *** notably,we found that the strategic introduction of appropriate interfacial strain can effectively enhance the interface ***,we have succeeded in achieving effective regulation of the sample-substrate coupling via a convenient way of controlling the cooling process during *** findings contribute to a deeper understanding of the coupling correlation between 2D layered materials and substrates,which is of great significance for the design and optimization of high-performance devices based on 2D layered semiconductors.

摘要：矿井通风是指借助机械或自然风压,向矿井各用风点连续输送适量的新鲜空气,供给人员呼吸,稀释并排出各种有害气体和粉尘,创造良好的气候条件。矿井通风是矿山安全生产的重要保障,安全高效的通风系统可以提高生产效率,稳定可靠的通风环境可以提供良好的工作条件。因此,矿山通风系统的设计任务就是根据矿山开采要求,结合开拓、采矿方法等系统,设计一个安全高效,稳定可靠的通风系统,使井下的有毒有害气体和粉尘能最大程度的稀释排出,并改善井下的气侯条件,为开采作业提供一个安全良好的环境。