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19篇 您的检索式:作者名="DONG Wanting"
    题名 作者 年代 出处 被引量
1文化自觉引领建筑创新显示文摘1引言:中国建筑创作现状改革开放40年以来,我国经济建设的成就有目共睹。而反观中国建筑的现状,它似乎并不与这一发展进程匹配,千城一面且缺乏中国特色。这些问题背后的原因是多方面的。例如,中国建筑的创作环境尚且不够好,存在很多体制、机制方面的问题;转型期中商业导向的负面影响;社会整体文化素质的制约等等。但也应看到,在建筑创作中缺乏独立的价值判断和哲学、美学体系,是一个十分重要的原因。程泰宁 DONG Wanting(译) 2021建筑实践2021,4,1:6
2Forkhead domain mutations in FOXA1 drive prostate cancer progression显示文摘Dear Editor,F0XA1 (Forkhead Box Protein A1)is a pioneer transcription factor (TF) that functions to loosen the compact chromatin structure to facilitate binding of other TFs such as estrogen receptor and androgen receptor (AR).1,2 AR is a nuclear receptor functioning as a ligand-dependent TF that plays a pivotal role in driving the initiation of prostate cancer (Pca) and the development of castration-resistant Pca (CRPC).Shuai Gao Sujun Chen Dong Han David Barrett Wanting Han Musaddeque Ahmed Susan Patalano Jill A. Macoska Housheng Hansen He Changmeng Cai 2019Cell Research2019,29,9:3
3空间价值导向下自然特色要素建构城市规划格局的探索——以嘉兴九水连心规划为例显示文摘1引言中国的城镇化进入了新时期,城市发展不再一味追求规模的外延与扩张,而是更加重视生态文明建设及城市空间品质与特色内涵的提升,旨在营造'望得见山,看得见水,记得住乡愁'的理想人居环境,建设自然与人工互鉴互融的美丽中国城市。过去十余年,我国飞速跨入高铁时代,依托不断密集发展的高铁网络,城市与区域发展的阶段、理念、主体和动力等都发生了深刻的变化,也相应带来发展思路的全面转型与挑战。沈磊 张玮 何宇健 孙惠祥 DONG Wanting 2021建筑实践2021,4,9:2
4上海市优秀现当代建筑价值评估研究显示文摘盘活存量和风貌管控是中国当代城市建设的两大关键词。在此时代背景与发展要求下,优秀现当代建筑势必成为更新和保护的主体。对此现象,每位参与者如何对应,成为了值得业界关注的问题。本文基于我国及上海的政策导向和更新现实,分析现当代建筑价值研究的意义,通过界定现当代建筑的概念,初步探讨其价值评估理论模型的建构与管理模型的优化,并通过代表案例的价值验证,最终提出现当代建筑价值研究的应用前景和延伸方向。寇志荣 DONG Wanting 2020建筑实践2020,3,10:2
5建设韧性城市,提高城市可持续发展能力与水平显示文摘2020年初,一场新冠疫情搅动了整个世界。在党中央的坚强领导下,全国人民万众一心、守望相助,经过艰苦奋战,有效遏制了一度肆虐全国的疫魔,取得了伟大的战略成果,在统筹推进疫情防控和经济社会发展方面也取得显著成效。但疫情并未平息,防疫抗疫压力依然存在。由于我们对新冠疫情的特点和规律还未完全掌握,目前只能说是处于疫情的某个节点上,是从全面应急处理转向经济活动、社会生活和疫情防控统筹推进的新常态。尽管我们对疫情的发展和今后的状态很难做出精准判断,但是前一时期抗疫经历和防疫事实,足以引起我们做一些反思和总结,这对搞好当前和今后的防疫工作、经济社会发展和人居环境建设,是大有裨益的。宋春华 DONG Wanting(译) 2021建筑实践2021,4,1:2
6既有建筑更新中SI建筑体系与适老化改造集成技术实践显示文摘可持续发展是21世纪全世界未来建设发展的共同主题。在我国大量城市建筑面临更新的背景下,城市既有住区建筑存量资源转化为养老设施的更新过程带来了不容忽视的适老化改造难度,实现以既有住区为载体建设介护养老设施,就地解决高龄老人的养老照护问题迫在眉睫。城市既有建筑更新的可持续发展将是涉及理念转变、模式转型和路径创新的全局性、系统性产业与技术变革过程,城市既有建筑更新的理论方法与技术体系落后、设计建造方式粗放、产品供给质量低下等一系列现存的突出问题更是亟待解决。刘东卫 杨婧怡 DONG Wanting 2022建筑实践2022,,2:1
7政策梳理2004—2020显示文摘20042月12日,《关于清理和控制城市建设中脱离实际的宽马路、大广场建设的通知》针对有的地方不顾客观实际,盲目攀比,建设超标准的大广场、宽马路;有的在建设中侵犯群众利益,违规强行拆迁的现象提出:·暂停城市宽马路、大广场的建设;清理城市各类广场、道路建设项目;规范城市广场、道路建设规划。DONG Wanting 2020建筑实践2020,3,10:0
8社区规划政策综述显示文摘中国住宅区域规划政策,可以说从侧面反映了中国几个时期经济发展与社会的变革。小区这个概念最早在1980年12月,国家建委颁发《城市规划定额指标暂行规定》里就有提及,规定居住区级与居住小区级的指标,详细规定公共建筑的一般规模和千人指标,为住区规划的合理配套提供了依据。《建筑实践》编辑部(整理) DONG Wanting 2020建筑实践2020,3,8:0
9户型梳理综述显示文摘中国自建国以后经历了3次人口激增,大量的人口需求导致我国的住宅建设一直以来的发展重心都是重量不重质。改革开放后,特别是'八五'后,国家通过全国设计竞赛、开展试点小区等方式,开始在设计中提倡创新,出现了一批灵活住宅的设计。1998年,国家取消福利分房,正式进入商品住宅时代.《建筑实践》编辑部(整理) DONG Wanting(译) 2020建筑实践2020,3,8:0
10住宅工业化进程综述显示文摘'工业化住宅'是指运用现代工业手段和现代工业组织,对住宅工业化生产的各个阶段的各个生产要素,通过技术手段集成和系统的整合达到建筑的标准化、构件生产工厂化、住宅部品系列化、现场施工装配化、土建装修一体化、生产经营社会化,形成有序的工厂的流水作业,从而提高质量、效率和寿命,降低成本与能耗。概念本身由来已久,早在20世纪初,欧美建筑师首次提出,并于20世纪80年代由日本传入中国。《建筑实践》编辑部(整理) DONG Wanting(译) 2020建筑实践2020,3,8:0
11绿色节能发展综述显示文摘'节能住宅'是指采用新型节能围护体系和综合节能技术措施,使采暖地区的住宅采暖能耗降低,达到国家规定的节能目标,并具有良好的居住功能和环境质量的住宅。作为近年国际间最为关注的话题之一.《建筑实践》编辑部(整理) DONG Wanting(译) 2020建筑实践2020,3,8:0
12陈音、韩飞宇:贯之以“绿色”之道显示文摘当代置业(中国)有限公司是在香港证券交易所上市的房地产公司,中国内地的房地产开发是其主营业务。公司在全国40个城市开展业务,在北美也有分支机构。作为国内领先的绿色建筑开发企业,当代公司在社区规划、建筑节能、清洁能源应用、水资源管理等方面屡有佳作。陈音,当代置业(中国)有限公司执行董事、首席技术官,主管研发工作,长期专注于绿色建筑的理论研究与工程实践,具有丰富的理论与实践经验。陈音具有工程学和管理学的专业背景。高飞 李根 陈音 韩飞宇 DONG Wanting(译) 2020建筑实践2020,3,8:0
13文脉溯源:从马家浜文化发祥地到红色革命圣地的城市发展史显示文摘嘉兴,别称禾城,始于秦汉,建于三国,距今已有7,000多年历史,2,500年的信史和1,700多年的建城史。嘉兴依水而生、因水而兴、凭水而名,素有'鱼米之乡''丝绸之府'美誉,自然风光优美秀丽,以潮、湖、河、海并存驰誉江南,是中国具有江南水乡特色的历史文化名城。沈磊 鉏新良 张玮 武俊良 DONG Wanting 2021建筑实践2021,4,9:0
14The Effect of Acupuncture Point Therapy on Insomnia:A Systematic Review and Meta-Analysis显示文摘Born in a society where traditional as well as modern medication is used equally on daily basis,it is puzzling yet intriguing to find how,albeit the lack of scientific evidence,the traditional ways are widely adopted in every Chinese family.Various studies are conducted in search for the mechanisms as well as the relative effectiveness of the traditional acupoint therapy as opposed to the Western medicines,yet individually viewing,it is hard to reach a conclusion.Therefore,a meta-analysis is done by collecting and analyzing results from research from multiple reliable databases,trying to determine the strength of acupoint therapy in treating insomnia,a common yet frustrating disease.In this meta-analysis,the methods and results of 13 studies are included,all of which focus on treating primary or secondary(specific causes are analyzed in subgroups)insomnia in humans using randomized control trials.After being selected from four main medical databases,including PubMed,Embase,Psycinfo,and Wanfang,the data were sorted and processed using the Reviewing Manager.Papers that lack credibility or have a low level of relevance were excluded,and the remaining studies showed that all experimental groups using real acupoints yielded a statistically significant improvement in sleep quality in the patients than those in the control group,and finally,a conclusion is drawn that the acupuncture therapy is as,if not more,effective as modern western medicine on treating insomnia.Jingyao Wang Wanting Dong 2022Journal of Clinical and Nursing Research2022,6,2:0
15深圳漫谈——梦想、矛盾与未来显示文摘深圳是两面的,它占据科技、经济高地,也离不开普通百姓生活的'柴米油盐'。放眼深圳,林立的高楼间处处可闻到高新科技的气息。拨开那层光鲜的外衣,目光钻进高楼围困的缝隙,让人无法视而不见的是深圳最熙熙攘攘的城中村。事实上,它是深圳的'城市母体',是助力深圳发展的根基,如今还承载着近一半深圳人的居所。毋庸置疑的是,这座'新'城的发展自由而蓬勃、开放而包容,给了所有敢于拼搏的人一片广阔天空。此次与张宇星先生的漫谈,在我们面前铺陈开了一个立体丰富、宽松生长的深圳图景。张宇星 DONG Wanting 2020建筑实践2020,3,11:0
16标准与导则如何引导住区规划和住宅设计显示文摘“住有所居”和“全龄社区”,应该说是近年来中国住房与住区领域较受关注的两个发展目标。目标的广泛达成往往须将其转化为可衡量的维度、提供可参照的标准及具有可操作性的途径。本文将结合中国城市规划设计研究院(以下简称“中规院”)住房与住区研究所参与的两项工作,介绍规划视角下住房与住区发展目标的解读和有关建议,在给实际规划设计工作提供参考的同时,也欢迎感兴趣的行业同仁进一步探讨。卢华翔 DONG Wanting 2022建筑实践2022,,2:0
17保障性住房设计多样性的研究与实践显示文摘保障性住房是一个相对于商品房的概念,一般指由政府为主导部门,为城市中低收入居民和家庭提供,限定标准和价格的特定类型住房,保证了每位社会成员都享受基本的住房条件——住房权。本文围绕上海高目建筑设计咨询有限公司(以下简称“高目建筑”)在保障性住房设计领域的系列研究及实践,探讨围绕保障性住房设计多样性的实践路径与现实思考。张佳晶 DONG Wanting 2022建筑实践2022,,2:0
18Na^(+)/K^(+)-ATPase:ion pump,signal transducer,or cytoprotective protein,and novel biological functions显示文摘Na^(+)/K^(+)-ATPase is a transmembrane protein that has important roles in the maintenance of electrochemical gradients across cell membranes by transporting three Na^(+)out of and two K^(+)into cells.Additionally,Na^(+)/K^(+)-ATPase participates in Ca^(2+)-signaling transduction and neurotransmitter release by coordinating the ion concentration gradient across the cell membrane.Na^(+)/K^(+)-ATPase works synergistically with multiple ion channels in the cell membrane to form a dynamic network of ion homeostatic regulation and affects cellular communication by regulating chemical signals and the ion balance among different types of cells.Therefo re,it is not surprising that Na^(+)/K^(+)-ATPase dysfunction has emerged as a risk factor for a variety of neurological diseases.However,published studies have so far only elucidated the important roles of Na^(+)/K^(+)-ATPase dysfunction in disease development,and we are lacking detailed mechanisms to clarify how Na^(+)/K^(+)-ATPase affects cell function.Our recent studies revealed that membrane loss of Na^(+)/K^(+)-ATPase is a key mechanism in many neurological disorders,particularly stroke and Parkinson's disease.Stabilization of plasma membrane Na^(+)/K^(+)-ATPase with an antibody is a novel strategy to treat these diseases.For this reason,Na^(+)/K^(+)-ATPase acts not only as a simple ion pump but also as a sensor/regulator or cytoprotective protein,participating in signal transduction such as neuronal autophagy and apoptosis,and glial cell migration.Thus,the present review attempts to summarize the novel biological functions of Na^(+)/K^(+)-ATPase and Na^(+)/K^(+)-ATPase-related pathogenesis.The potential for novel strategies to treat Na^(+)/K^(+)-ATPase-related brain diseases will also be discussed.Songqiang Huang Wanting Dong Xiaoqian Lin Jinsong Bian 2024Neural Regeneration Research2024,19,12:0
19Carbonized polymer dots enhanced stability and flexibility of quasi-2D perovskite photodetector显示文摘Quasi-2D perovskites have been demonstrated to be competitive materials in the photodetection fields due to the enhanced moisture stability by large organic cations.However,as the increasing demands of modern technology,it is still challenging to combine the flexibility with the capability of weak light detection in a low-cost way.Here,amides,carboxylic acids,and anhydrides groups-rich carbonized polymer dots(CPDs)were employed to fll in the perovskite grain boundaries,which can passivate the point defects of perovskite by coordinating with the unbonded Pb atoms,and reduce the leakage current.Weak light detection capability was demonstrated by directly resolving light with an intensity of 10.1 pW cm^(-2).More importantly,the stretchable polymer chains on CPDs strongly interact with perovskite ions through multiple supramolecular interactions,and extend the stretchable properties to the perovskite/CPDs composites,which can maintain the integral structure stability during the deformation of perovskite crystals and restricted any crack by releasing the flm strain.Our fabricated devices show extraordinary flexible stability in the bending-dependent response tests.The viscoelasticity of CPDs improves the bending stability of the flexible quasi-2D perovskite photodetectors,and device performance shows no degradation after bending 10000 times,comparable or even outperforming the dominating flexible photodetectors.Mingrui Tan Mingbian Li Wanting Pan Xiaopeng Feng Yuhong He Junjun Liu Fengxia Dong Haotong Wei Bai Yang 2022Light(Science & Applications)2022,11,11:0
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