工业景观,Industrial landscape
1)Industrial landscape工业景观
1.Thispaperadvancesatransform- ingstyle with aindustrial landscapein there- formingprocessofTiexi District.在沈阳铁西老工业区改造过程中如何利用旧有的工业景观是一个亟待解决的问题,铁西的改造不是简单的拆旧建新,更重要的是挖掘铁西工业区所蕴含的工业文化价值。
2.The concept of industrial landscape was emphasized in the planning and design of the new zone of Baiyunbian Industrial Park,with which the common single industrial image was decomposed.白云边工业园新区规划设计强调了工业景观的概念,对工业园区常见的单一工业性形象进行了分解,通过中国传统民居样式进行有机地散点布局,而形成民居村落式的组团,以化解工业厂房对城市景观视觉空间的破坏。
英文短句/例句
1.Industrial Landscape and Nature in Harmony--The Landscape Design of Front Portion of Wangfenggang Mine in Huainan,Anhui工业景观与自然生态的和谐——安徽淮南望峰岗场前区景观设计
2.THE COMPOSITE DESIGN OF INDUSTRIAL LANDSCAPE:PLANNING AND ARCHITECTURAL DESIGN OF BAIYUNBIAN INDUSTRIAL PARK工业景观的复合性设计——白云边工业园规划与建筑设计
3.On the Transform of Industrial Landscape of Old District: A New Task during Renovation of Tiexi Industrial District, Shenyang;老工业区改造过程中工业景观的更新与改造——沈阳铁西工业区改造新课题
4.IV. Rarity, in terms of the survival of particular processes, site typologies or landscapes, adds particular value and should be carefully assessed. Early or pioneering examples are of especial value.稀缺性使工业遗产价值锦上添花，那些早期建设的具有开创性的工业景观更是如此。
5.Study on Landscape in Modernized Industrial Plant;现代化工业厂区环境景观设计与研究
6.Renovation of the Post-industrial Landscape and the Practices in China;后工业的景观更新及其在中国的实践
7.Initial Exploration of the Basic Methods for the Landscape Transformation of Industrial Heritage;工业遗产地景观改造的基本方法初探
8.Plant Landscape Planning of Donggang Industrial Park in Quzhou City衢州东港工业园区植物景观规划浅析
9.The Artistic Charm of "Fractal Landscape"--Take the plan of ChuangYi Garden,Suzhou Industrial Park as an example;分形景观的艺术魅力——以苏州工业园区创意园景观设计方案为例
10.Evaluation on the Suitability of Greenland Landscape in Wugang Industrial Region Based on GIS;基于GIS的武钢工业区绿地景观适宜度评价
11.A Study on Landscape Renovation from Industrial Wasteland to Recreation Space;从工业废弃地到游憩场所的景观改造与更新
12.Research on the Reuse Design of the Building and Landscape in Industrial Wasteland;工业废弃地建筑及景观再利用设计研究
13.A Brief Talk on Principles to Redesign Landscape for Industrial Heritages;浅谈当代工业遗产景观改造设计的原则
14.Have an objective understanding of the strength and prospect of construction machinery industry;客观认识我国工程机械行业的实力和发展前景
15."Six-ization"Conception of Higher Vocational Education under the Background of New Industrialization浅论新型工业化背景下高职教育的“六化”观念
16.Researches in Landscape Planning and Design of Creativity Industry Park Which Take Industry Architectural Complex as Shape;以工业建筑群为形态的创意产业园的景观规划设计研究
17.Analysis on Identification Education of Professional Value of Social Work under Professionalization职业化背景下社会工作专业价值观认同教育分析
18.Tentative Discussion on the Ideal Model for Ecological Landscape in Colleges and Universities--The Landscape Design of Yingbin Road on the New Campus of Nanchang Institute of Aviation Industry;高校生态园林景观理想模式初探——南昌航空工业学院新校区迎宾大道景观设计
相关短句/例句
Post-Industrial Landscape后工业景观
1.Post-Industrial Landscape:Contemporary Issues and Strategies for Industrial Heritage,Site Reclamation and Landscape Regeneration;后工业景观——当代有关产业遗址、场地改造和景观再生的问题与策略
2.Application of Ecological Design onPost-Industrial Landscape;生态设计在后工业景观中的应用
3)Industry iandscape工业化景观
4)Post Industrial Landscape Park后工业景观公园
1.Paradigm ofPost Industrial Landscape Park——Study on the North Duisburg Landscape Park in Ruhr Area;后工业景观公园的典范——德国鲁尔区北杜伊斯堡景观公园考察研究
5)Abandoned Industrial Landscape废弃工业景观
6)industrial products in gardens and designed landscape景观工业产品
延伸阅读
工业炉:工业炉排烟系统利用烟囱或机械装置将工业炉炉膛内的烟气排出炉外的系统。保证排烟通畅是工业炉正常使用的重要条件﹐排烟不通畅时﹐炉膛压力昇高﹐从炉膛四周的缝隙会逸出大量烟气而增加炉子的热损失﹐影响炉内气流的均匀分布﹐降低炉温均匀性﹐恶化操作环境。 排烟系统是由產生抽力的排烟装置和排送烟气的烟道所组成。常用的排烟装置有烟囱(图1烟囱排烟装置 )﹑引风机或喷射管(图2机械排烟装置 )等。 烟囱排烟是靠流入烟囱内热烟气密度小於烟囱外空气密度所產生的浮力﹐以克服烟道的阻力。利用引风机也可将烟气排出﹐或在排烟系统中某一部位装设一个喷射管﹐用高速喷射气体所產生的负压排出烟气。烟囱排烟不消耗动力﹐排烟温度不受限制。当排烟阻力很大而工业炉又间断运行时﹐可用引风机或喷射管排烟。喷射管适用於排除高温烟气﹔引风机适用於排除低温烟气。 烟囱分为砖砌烟囱﹑混凝土烟囱和钢板烟囱。烟道有地下烟道和架空烟道两种。地下烟道多用砖砌﹐架空烟道宜採用衬有耐火材料的钢板製成。 为了减少烟气对环境的污染﹐或因节能需要而在烟道内设置预热器时﹐都需要儘量提高烟囱高度并增加烟囱出口处的烟气流速﹐使之大於当地最大风速或至少不低於3米/秒﹐以避免烟气中的有害气体和烟尘向地面扩散。当烟囱高度达50米以上时﹐烟囱顶部的风速为地面处风速的数倍。烟气到达地面时已在离烟囱很远的地方﹐这时烟气已在逐步扩散中稀释到无害的程度。对燃烧固体燃料的工业炉﹐在排烟系统中还要设置各种形式的除尘器﹐使烟气排出时的含尘浓度降低到200微克/米3以下。
