摘要：本文就当代中国景观设计行业中的＂新中式＂运动进行了批判,认为中国元素的滥用已经导致了景观设计的同质化,并直指其盛行的原因是中国当前设计领域中普遍存在的狭隘的保守主义。文章继而就中国文化如何在当代景观设计中展现的问题展开讨论,分别对景观文化以及中国文化的层次和维度进行了梳理,并指出设计师应当跳脱出场地尺度的设计,而要拥有更加宏大的视野、承担更大的社会责任。

摘要：《中华人民共和国民营经济促进法》(以下简称民营经济促进法)的立法规划是在中国式现代化发展的新时代背景下,进一步完善民营经济促进型立法的产物。作为促进类企业立法的“总则性”“统领性”立法文件,市场主体平等原则不仅是其促进性功能的逻辑起点,更是确保该法律功能落实的关键。现代企业家精神缺失的价值失范与无法消解的所有制壁垒,不仅是民营经济发展的现实障碍,也是立法须直面的前置性问题。相对应的,一方面,立法应击破形式平等面向而走向实质平等之路,并以实质平等为制度设计理念,通过政策及资源的倾斜,使民营经济在市场中取得与国有经济相当的竞争地位与发展权利;另一方面,通过资源的倾斜性供给和利导性的激励机制,为民营经济发展提供独特的竞争优势,促进新质生产力的发展,进而赋能整个经济体的发展活力。

摘要：2023年修订的《公司法》引入股东出资催缴失权制度,以替代此前的催告除名制度,这不仅是新《公司法》限期认缴制的必要配套,也承载了公司资本、股东出资以及公司治理的丰富规范内涵。对催缴失权制度的学理关注,除需进一步地规范检讨与法理发掘外,还亟需对司法适用经验的进一步积累与总结。催缴失权制度规范完善的主要课题,既包括催缴决定是否必须以决议方式作出等重要程序性问题,还包括催缴失权宽限期是否会成为股东拖延出资的屏蔽器等实体性障碍。对此,应当从完善公司资本制度、激活董事会治理功能以及构建现代公司治理体系的高度出发,精细化设计催缴失权制度,明确失权股东的责任性质及范围,明确董事会的决议责任,并为公司处置失权股权时就转让、减资以及股东替代出资等路径提供合理的适用顺位,以有利于发挥其制度功能。

摘要：Development of efficient heterostructured photocatalysts that respond to visible light remains a considerable *** herein show the synthesis of ZnIn2S4/carbon quantum dot hybrid photocatalysts with flowerlike microspheres via a facile solvothermal *** ZnIn2S4/carbon quantum dot flowerlike microspheres display enhanced photocatalytic and photoelectrochemical activity compared with that of pure *** a content of only 0.5 wt%carbon quantum dots,93%of Cr(VI)is reduced under visible‐light irradiation at 40 *** a co‐catalyst,the carbon quantum dots improve the light absorption and lengthen the lifetime of charge carriers,consequently enhancing the photocatalytic and photoelectrochemical activity.

摘要：As one of the most promising next-generation energy storage devices,the lithium-metal battery has been extensively ***,safety issues and undesired lithium dendrite growth hinder its *** application of solid-state electrolytes has attracted increasing attention as they can solve safety issues and show great potential to inhibit the growth of lithium *** oxide(PEO)-based electrolytes are very promising due to their enhanced safety and excellent ***,they suffer from low ionic conductivity at room temperature and cannot effectively inhibit lithium dendrites at high temperatures due to the intrinsic semicrystalline properties and poor mechanical *** this work,a novel coral-like li_(6.25)Al_(0.25)La_(3)Zr_(2)O_(12)(C-LALZO)is synthesized to serve as an active ceramic filler in *** PEO with LALZO coral(PLC)exhibits increased ionic conductivity and mechanical strength,which leads to uniform deposition/stripping of lithium *** li symmetric cells with PLC do not cause a short circuit after cycling for 1500 h at 60℃.The assembled liFePO_(4)/PLC/li batteries display excellent cycling stability at both 60 and 50℃.This work reveals that the electrochemical properties of the composite electrolyte can be effectively improved by tuning the microstructure of the filler,such as the C-LALZO architecture.

摘要：对我国陶瓷艺术与建筑装饰,所涵盖的人文和自然内涵进行梳理,可以发现陶瓷与建筑装饰艺术的内在渊源,是建立在陶瓷的历史与人文特性、陶瓷与建筑共融的地域特性上的。把握陶瓷与建筑装饰艺术持续共生的要点,对陶瓷文化的传承和建筑装饰的发展有参考意义。

摘要：为提高刚玉-尖晶石质浇注料的性能,以活性MgO为结合剂,板状刚玉、活性氧化铝微粉和乳酸铝为主要原料,制备了刚玉-尖晶石质浇注料,研究了活性MgO加入量(加入质量分数分别为1%、3%、5%和7%)对刚玉-尖晶石质浇注料物理性能及抗渣性能的影响,结合显微结构和物相组成变化,分析了活性MgO加入量对其性能影响机制。结果表明:1)浇注料养护和干燥后的强度随活性MgO加入量的增加而增加,而显气孔率呈下降趋势。2)经1 600℃热处理后,浇注料的强度随着活性MgO加入量的增加而降低,加热永久线变化逐渐增大,浇注料的抗渣侵蚀性能减弱,抗渣渗透性能呈先增强后减弱的趋势。3)当活性MgO加入量为3%(w)时,活性MgO结合刚玉-尖晶石质浇注料表现出最佳的综合性能。

摘要：在某高速公路前期勘察中,遇到了特殊构造环境下炭质泥岩区的瓦斯隧道,结合区域地质及工点附近地质调绘分析发现,与常见的煤层产生瓦斯气体不同,砂岩多孔的特性及构造作用致使瓦斯气体以吸附状态和游离状态赋存于砂岩孔隙和构造裂隙中,加之砂岩中夹煤线,导致砂岩既是生气层也是储气层。最后结合收集资料,对所述隧道在瓦斯突出危险性和瓦斯隧道等级区段划分方面作出评价,可基本满足设计要求。

摘要：2018年1月21日,中国城市科学研究会景观学与美丽中国建设专业委员会座谈会于北京大学建筑与景观设计学院举办。来自景观、生态、水利、规划等领域的30余位学者、设计师、教育者及其他从业人士参加了会议,并围绕美丽中国建设、生态文明建设、景观设计学科建设、行业融合等议题展开讨论。座谈会最终达成共识,提出了跨界生态实践的迫切性和必要性,同时探讨了在教育和实践层面跨界的难点与问题——不同行业的优势、职责以及在"跨界"中的作用尚不明确,学科教育也未能很好地构建并明晰自身的核心竞争力——呼吁应积极促进学科与行业融合,使其适应当代需求。

摘要：The number of the dummy via can significantly affect the interconnect average *** paper explores the modeling of the interconnect average temperature in the presence of multiple dummy *** proposed model incorporates the multi-via effect into the effective thermal conductivity of the interlayer dielectric (ILD) to obtain accurate *** different ILDs,the multi-via effect is analyzed and ***,the extended applications of the multi-via effect are presented in this paper to obtain the minimum interconnect average temperature increase with a given via separation or *** study suggests that the multi-via effect should be accounted for in integrated circuits design to optimize the performance and design accuracy of integrated circuits.