关于“绿色建筑”和适宜技术“绿色建筑”也称为生态建筑、可持续建筑，最早是在1992年联合国环境与发展大会上明确地提出来的。用建设部仇保兴副部长的总结——“绿色建筑”就是指为人们提供健康、舒适、安全的居住、工作和活动的空间，同时在建筑全生命周期(物料生产、建筑规划、设计、施工、运营维护及拆除、回用过程)中实现高效率地利用资源(能源、土地、水资源、材料)、最低限度地影响环境的建筑物。可见，绿色建筑理念的提出，就是为了使得建筑在满足人类不断提高的健康、舒适、安全的需要基础上。对环境、资源影响最小，最终做到可持续发展．前提都是为了人类的永久利益。社会上有一些观点把绿色建筑看得很片面、绝对化，要不就是极端限制人的合理需求，以保护环境为唯一目的；而另一些观点就是把绿色建筑当成是仅仅是为人类的眼前利益、健康或舒适(像绿色建材、绿色蔬菜一样看待)而不怎么从整体上、长期上考虑对环境的影响。这两种观点可能都不利于“绿色建筑”的健康发展和推广。绿色建筑最终的目标是以“绿色建筑”为基础，进而扩展至“绿色社区”、 “绿色城市”层面。达到促进建筑永续发展的目标。这意味着建筑不仅被作为非生命元素来对待，更被视为自然生态循环系统的一个有机组成部分。 中国的国情 中国作为最大的发展中国家，二氧化碳排放居第二位，根据《京都议定书》的要求，中国要采取一系列减少温室气体排放的政策和措施，包括努力提高能源利用效率，改善能源结构，促进新能源和可再生能源的利用等。 就能源消费而言，在我国化石能源资源探明储量中，90％以上是煤炭，人均储量也仅为世界平均水平的二分之一；人均石油储量仅为世界平均水平的1 1％；天然气仅为4 5％；而目前我国单位建筑面积能耗水平是发达国家的2～3倍以上。就土地的情况而言，我国人均耕地只有世界人均耕地的1／3，水资源仅是世界人均占有量的1／4；实心黏土砖每年毁田12万亩；物耗水平与发达国家相比，钢材消耗高出10％～25％，每拌和1立方米混凝土要多消耗水泥80公斤；卫生洁具的耗水量高出30％以上，而污水回用率仅为发达国家的25％。严峻的事实表明，中国不仅要走可持续发展道路，发展节能与绿色建筑也刻不容缓。 我们应该认识到我国不仅经济上“穷”，在资源和环境上更“穷”，但要想做到可持续发展的目标就要摆脱狭隘的“唯经济穷论”，全面在“四节一环保”上提高标准，用强有力的税收、金融、土地政策鼓励有条件的地区或开发绿色建筑项目，走在地区、国内甚至国际的前列。同时，强制要求经济发达地区和大型城市的节约标准，提到一个和自身地区资源相符合的程度。 成本问题 从全国范围里来讲。绝大多数普通的民用建筑在节能等方面存在巨大的缺陷和不足，因此需要我们进行综合的设计来增加建筑这些方面的品质和性能，每一方面的改善基本上都需要增加一定的成本，比如成本增加10％以上，是必然的。 就住宅而言，一说到因为“节能要增加成本”，就有许多人说会增加购房人的负担，好像以后使用过程中的使用成本对老百姓无关紧要一样。因此，我们不仅要关注建造的经济成本，更要关注今后使用中的经济成本以及生态成本和社会成本。就生态成本来讲，今天对环境的污染今后需要花费更大的代价去治理；就社会成本来说，绿色建筑由于改善了室内的环境，使人的疾病发生率大幅度下降，因为人有80％的时间是在室内活动，这样疾病发生率将会大幅度下降．寿命将会延长，生存质量也大大提高，这就是另一方面的节约；同时，在建筑数十年的使用过程中．使用成本将高于建造成本数倍以上。，因此，我们应该把注意力放在生态成本、社会成本和全寿命周期的经济成本上，况且现在的房价即使没有技术含量和“四节”，性能的提高也在不断的增加，这种价格的增加加大了房地产泡沫的可能性，因此房地产价格的理性回归应该是建立在价值的增加基础上的。我认为可以鼓励各个地方的高档住宅或其他民用建筑通过适当的高投入，带来项目的内外环境质量、提升“绿色”性能，从而提高房子的品质，以品质来支撑高于其他普通房子的价格，让这些高价房成为“绿色建筑”的榜样，以此带动地方住宅技术及产业化的发展，最终让更多的普通房子更容易实现“绿色”梦想。 绿色建筑需要什么样的技术? 在探索绿色建筑的技术路线时．经常会听到一些专家主张应该采用“低技术”，有些认为应该采用“适宜技术”，还有些认为应该采用“适宜技术结合高技术”等等不同的观点，我个人认为这种争论没有意义。技术是用来解决我们所面临的具体问题的，应该根据具体项目的具体情况和实际需求来选择。更多技术选择的可能性一方面能够满足建筑师的创造需要，另一方面能够满足市场的需求。。在我们国家目前普遍技术非常落后的今天，如果不是大力去发展高新技术而一味强调低技术，只能是更落后，离我们自己的标准也会越来越远。 在技术选择上，我们应该从所需要的建筑性能和全寿命周期的观点去分析、判断、计算、选择。汪光焘部长说过，要充分认识资源环境问题已成为国民经济和社会发展的重大制约因素。，我们当前在经济增长方式方面主要还存在“高投入、高消耗、高排放、不协调、难循环、低效率”的问题。这些问题如果低技术能够解决还需要拖到今天吗?高低是相对的，适宜不适宜也是相对的，如果站在国际的水平上看，我们国内有些专家认为的“高技术”早已经是“低技术”和“适宜技术”了。所以根据我们的国情，恰恰需要去大力鼓励开发绿色高新技术甚至是自主知识产权的高新技术，同时去大力鼓励使用高新技术，工程实践能促使技术的发展，使之变成适宜技术。只有这样．到2020年我们的住宅和公共建筑的能源资源消耗水平才有可能接近或达到现阶段中等发达国家的水平，这是我们国家建筑发展的总目标。 总之，绿色建筑的发展建设需要正确看待卫生、安全、健康、舒适的问题和当地资源情况，目前各地的节能标准里面所假定的舒适度，前提是小康标准的，是最基本的，不能完全体现今后的发展方向。随着生活水平的提高，舒适度的标准也会提高，能源等资源的消耗也将会大幅提高。因此应该根据当地气候和生活习惯、经济水平分级，适应不同收入阶层和满足不同的需求，要有一定的前瞻性。同时，绿色建筑的设计需要将有关今后使用费用(如采暖制冷等)或能耗等定量化，要具体到单位使用者，这样有利于老百姓的选择权、知情权和监督。有了老百姓的参与，绿色建筑才会更加迅速和健康地发展。 On the "green building" and appropriate technology "Green building" also known as eco-architecture， sustainable construction， was first at the 1992 United Nations Conference on Environment and Development clearly put With the Ministry of Construction Qiu Baoxing， vice minister of the summing up - "green building" refers to provide people with healthy， comfortable， safe living， work and activities in space， while the entire life cycle in the construction (of material production， construction planning， design， construction， operational maintenance and dismantling， reuse process) to achieve efficient use of resources (energy， land， water， materials)， the minimum impact on the environment of This shows that green building concept proposed， is to allow construction to meet the ever-increasing human health， comfort， safety needs On the environment， resources， the least impact， and ultimately to achieve sustainable Premised on the permanent interests of That there are some points to green building can see that very one-sided， absolutized， or is the extreme limit of a reasonable person needs to protect the environment for the sole purpose; while others point of view is that as a green building is only for human eyes interests， health or comfort (such as green building materials， look like green vegetables) instead of how a whole， to consider the long-term impact on the These two views may not be conducive to "green building" the healthy development and The ultimate goal of green building is "green building" as the basis， and then extended to the "green communities" and "Green City" The promotion of sustainable development to achieve the goal of This means that the building not only as a non-life element to treat， but also be seen as the natural ecology of the circulatory system an integral China's national conditions As the largest developing country， ranked second in carbon dioxide emissions， according to the "Kyoto Protocol"， China should adopt a series of reducing greenhouse gas emissions policies and measures， including efforts to improve the efficiency of energy use， improve energy structure， promote the development of new and renewable sources of energy use， such On energy consumption， in China's proven reserves of fossil energy resources， 90% of which is coal， the per capita reserves are only half the world average; oil reserves per capita world average is only 1 1 percent; natural gas only 4 5%; and the current construction area of China's unit energy consumption levels in developed countries more than 2 ~ 3 On the land's case， China's per capita arable land per capita cultivated land is only the world's 1 / 3， is the world's water resources per capita is only 1 / 4; solid Clay eradication 12 million mu each year; material level with the developed countries， steel consumption has risen by 10% to 25%， every one cubic meters of concrete mixing more cement consumption of 80 kilograms; sanitary water consumption by more than 30% higher， while the wastewater reuse rate was only 25 percent in developed The grim fact that China has not only take the road of sustainable development， development of energy-saving and green building is also We should be aware that our country not only economically "poor" in terms of resources and the environment more "poor"， but in order to achieve the goal of sustainable development will be out of narrow "Only the poor economic theory"， fully in the "4 A environmental protection "to improve standards， with strong revenue， finance， land policy to encourage the development of regional or conditional green building projects in the region， domestic and even international At the same time， mandatory for economically developed areas and large cities， saving standards， referring to a region and their own resources in line with the Cost From across the country in terms The vast majority of ordinary civil construction in such areas as energy saving was greatly flawed and inadequate， so we need an integrated design to increase the quality of construction in these areas and performance improvement in every aspect of almost all the need to increase some costs， such as increase the cost of more than 10%， are inevitableResidential is concerned， I said because "energy-saving to increase the cost"， there are many people that will increase the burden on home buyers who， like later use in the process of using the cost of ordinary people as Therefore， we must not only concern the construction of the economic cost， but also concerned about the future use of the economic costs and ecological costs and social On the ecological cost is concerned， the pollution of the environment today， the future will take an even higher price to governance; on social costs， green building as a result of improved indoor environment in which the significant decline in the incidence of disease， because 80 % of the time in indoor activities， so that the incidence of disease will fall significantly． Life will be extended， which has greatly improved the quality of life， that is， on the other hand， savings; At the same time， in the construction for several decades the use of the Cost will be higher than the construction costs over several Therefore， we should focus our attention on the ecological costs， social costs and the whole life-cycle economic costs Besides， now that housing prices even in the absence of technical content and "4"， performance improvement has been an increase in such The increase in prices has increased the possibility of the real estate bubble， real estate prices is therefore rational regression should be based on the value of the increase on the basis I think we can encourage each of the local high-end residential or other civil construction through appropriate high input， internal and external environment brought about by the project quality， and enhance the "green" performance， thereby enhancing the quality of the house， to support quality higher than that of other ordinary house prices to enable thesebecome a "green building" an example to stimulate local technology and industrialization of residential development， and ultimately allow more ordinary house easier to achieve "green" Green building what kind of technology? Green Building in exploring the technical Often heard some experts advocate should adopt a "low-tech"， and some think we should adopt "appropriate technology"， and some think we should adopt "appropriate technology combines high-tech" and so on different points of view， I personally think that this argument no Technology is used to solve our specific problems faced by， and should be based on the specific circumstances of specific projects and the actual demand to More on the one hand， the possibility of technical options to meet the needs of architects to create， on the other hand to meet the needs of the In our country is now generally very backward technology today， if not vigorously to develop high-tech and low-skilled blindly emphasizes， can only be even more backward， away from our own standards will become farther and Technology choice， we should be required for building performance and life-cycle perspective to analyze， judge， calculated Wang Guangtao， minister said， should fully understand the resources and the environment has become a national economic and social development of the major Our current mode of economic growth in the main there are still "high input， high consumption， high emission， lack of coordination， difficult cycle， low-efficiency" These problems can be solved if the low-skilled today also need to drag it? Is relative low， and suitable for inappropriate relative， if the level of standing on the international point of view， our domestic and some experts believe that the "high-tech" have been "low Technology "and" appropriate technology "has Therefore， in accordance with our national conditions， it needs to vigorously encourage the development of green and even their own intellectual property rights of high-tech high-tech， at the same time to strongly encourage the use of high technology， engineering practice to promote technological development， make the appropriate Only in this By 2020， our residential and public buildings of energy resource consumption level will it be possible to approach or reach the level of moderately developed countries at this stage， this is our country's overall goal of building In short， the development of green building-building needs a correct view of health， safety， health， comfort issues and local resources， the current energy efficiency standards around the inside of the supposed comfort， the premise that a well-off standard， is the most fundamental and can not be fully reflected the future direction of With the improvement of living standards， comfort of the standards will also increase the consumption of energy and other resources will also be greatly And should therefore be based on local climate and living habits， economic level of classification， to adapt to different income groups and to meet different needs， it must be forward-At the same time， green building design needs to be used for future costs (such as heating refrigeration， ) or the quantification of energy consumption to specific units of the user， so that is conducive to people's right to choose， the right to information and With the participation of ordinary people， green building will be more rapid and healthy
（建筑专业英语文章内容）Architecture， the art of building in which human requirements and construction materials are related so as to furnish practical use as well as an aesthetic solution， thus differing from the pure utility of engineering As an art， architecture is essentially abstract and nonrepresentational and involves the manipulation of the relationships of spaces， volumes， planes， masses， and Time is also an important factor in architecture， since a building is usually comprehended in a succession of experiences rather than all at In most architecture there is no one vantage point from which the whole structure can be The use of light and shadow， as well as surface decoration， can greatly enhance a The analysis of building types provides an insight into past cultures and Behind each of the greater styles lies not a casual trend nor a vogue， but a period of serious and urgent experimentation directed toward answering the needs of a specific way of Climate， methods of labor， available materials， and economy of means all impose their Each of the greater styles has been aided by the discovery of new construction Once developed， a method survives tenaciously， giving way only when social changes or new building techniques have reduced That evolutionary process is exemplified by the history of modern architecture， which developed from the first uses of structural iron and steel in the mid-19th Until the 20th there were three great developments in architectural construction—the post-and-lintel， or trabeated， system; the arch system， either the cohesive type， employing plastic materials hardening into a homogeneous mass， or the thrust type， in which the loads are received and counterbalanced at definite points; and the modern steel-skeleton In the 20th new forms of building have been devised， with the use of reinforced concrete and the development of geodesic and stressed-skin (light material， reinforced) See also articles under countries， ， American architecture; styles， ， baroque; periods， ， Gothic architecture and art; individual architects， ， Andrea Palladio; individual stylistic and structural elements， ， tracery， orientation; specific building types， ， pagoda， apartment Architecture of the Ancient World In Egyptian architecture， to which belong some of the earliest extant structures to be called architecture (erected by the Egyptians before 3000 BC)， the post-and-lintel system was employed exclusively and produced the earliest stone columnar buildings in The architecture of W Asia from the same era employed the same system; however， arched construction was also known and The Chaldaeans and Assyrians， dependent upon clay as their chief material， built vaulted roofs of damp mud bricks that adhered to form a solid After generations of experimentation with buildings of limited variety the Greeks gave to the simple post-and-lintel system the purest， most perfect expression it was to attain (see Parthenon; orders of architecture) Roman architecture， borrowing and combining the columns of Greece and the arches of Asia， produced a wide variety of monumental buildings throughout the Western Their momentous invention of concrete enabled the imperial builders to exploit successfully the vault construction of W Asia and to cover vast unbroken floor spaces with great vaults and domes， as in the rebuilt Pantheon (2d AD; see under pantheon) The Evolution of Styles in the Christian Era The Romans and the early Christians also used the wooden truss for roofing the wide spans of their basilica Neither Greek， Chinese， nor Japanese architecture used the vault system of However， in the Asian division of the Roman Empire， vault development continued; Byzantine architects experimented with new principles and developed the pendentive， used brilliantly in the 6th for the Church of Hagia Sophia in C The Romanesque architecture of the early Middle Ages was notable for strong， simple， massive forms and vaults executed in cut In Lombard Romanesque (11th ) the Byzantine concentration of vault thrusts was improved by the device of ribs and of piers to support The idea of an organic supporting and buttressing skeleton of masonry (see buttress)， here appearing in embryo， became the vitalizing aim of the medieval In 13th-century Gothic architecture it emerged in perfected form， as in the Amiens and Chartres The birth of Renaissance architecture (15th ) inaugurated a period of several hundred years in Western architecture during which the multiple and complex buildings of the modern world began to emerge， while at the same time no new and compelling structural conceptions The forms and ornaments of Roman antiquity were resuscitated again and again and were ordered into numberless new combinations， and structure served chiefly as a convenient tool for attaining these The complex， highly decorated baroque style was the chief manifestation of the 17th-century architectural The Georgian style was among architecture's notable 18th-century expressions (see Georgian architecture) The first half of the 19th was given over to the classic revival and the Gothic New World， New Architectures The architects of the later 19th found themselves in a world being reshaped by science， industry， and A new eclecticism arose， such as the architecture based on the École des Beaux-Arts， and what is commonly called Victorian architecture in Britain and the United S The needs of a new society pressed them， while steel， reinforced concrete， and electricity were among the many new technical means at their After more than a half-century of assimilation and experimentation， modern architecture， often called the International style， produced an astonishing variety of daring and original buildings， often steel substructures sheathed in The Bauhaus was a strong influence on modern As the line between architecture and engineering became a shadow， 20th-century architecture often approached engineering， and modern works of engineering—airplane hangars， for example—often aimed at and achieved an undeniable More recently， postmodern architecture (see postmodernism)， which exploits and expands the technical innovations of modernism while often incorporating stylistic elements from other architectural styles or periods， has become an international Forms（翻译文章）建筑，艺术的建设中，人类的需求和建筑材料有关，以提供实际使用以及审美的解决方案，从而不同于纯粹实用的工程建设。作为一门艺术，建筑基本上是抽象的，抽象的，涉及操纵的关系空间，数量，飞机，群众，空隙。时间也是一个重要因素在建筑，因为建设是通常理解中的经验继承，而不是一次。在多数建筑没有一个高度，从整个结构是可以理解的。利用光影，以及表面装饰，可以大大提高结构。 在分析建设类型提供了一个深入了解过去的文化和时代。背后的更大的风格是不是一种偶然，也不是一个流行趋势，但一个时期的严重和紧迫的实验针对回答需要具体的生活方式。气候，方法的劳动力，提供的材料，和经济的手段强加其要求所有。每一个更大的风格一直帮助下发现新的施工方法。一旦制订，顽强生存的方法，让位只有当社会的变化或新的建筑技术，减少它。这是进化过程中所体现的历史，现代建筑，它开发的第一个利用结构钢铁中期19美分。 直到20美分。有三个巨大的发展，建筑施工，后和门楣，或trabeated ，系统;拱系统，无论是一致的类型，采用塑料材料硬化成一个单一的质量，或类型的主旨，其中负载收到并在一定的平衡点;与现代钢骨架系统。在20以上。新形式的建设已制订，使用钢筋混凝土的发展和大地测量，并强调皮肤（轻型材料，钢筋）结构。 又见条款的国家，如美国的建筑;风格，如巴洛克;期间，如哥特式建筑和艺术;个别建筑师，如安德烈帕拉迪奥;个人风格和结构性因素，例如，窗格，方向;具体建设类型，例如，大观园，一栋公寓楼。 建筑的古代世界 在埃及的建筑，其中一些属于最早的现存结构，被称为架构（竖立的埃及人在公元前3000年） ，后与门楣系统被完全和生产最早的石柱状建筑物的历史。该架构的W亚洲来自同一时代雇用同一系统，但拱形建筑也被称为和使用。该Chaldaeans和亚述人，取决于粘土为主要材料，建造拱形屋顶潮湿的泥土砖坚持以形成一个坚实的外壳。 经过几代人的实验与有限的各种建筑物的希腊人给的简单桩门楣系统最纯净，最完美的表达这是实现（见神庙;订单架构） 。古罗马建筑，借款，结合栏希腊和拱门亚洲，产生了各种各样的纪念性建筑在整个西方世界。他们的重大发明的具体启用帝国建设者利用成功的墓穴建造的W亚洲和覆盖广阔的完整楼空间巨大拱顶和穹顶，在重建先贤祠（二维的。广告;见先贤祠） 。 风格的演变中的基督时代 罗马和早期基督教还使用了木桁架的跨度屋面广泛的教堂大厅。无论是希腊，中国，日本建筑，也使用了跳马制度建设。然而，在亚洲司的罗马帝国，跳马发展继续;拜占庭建筑师尝试新的原则和发展了pendentive ，用出色的第6次以上。教会的圣索菲亚君士坦丁堡。 古罗马建筑的早期中世纪值得注意的是强有力的，简单的，大规模的形式和墓穴执行削减石头。在伦巴德罗马（第11次左右。 ）拜占庭浓度跳马重点是提高设备的肋骨和码头，以支持他们。这个想法的一个有机的支持和支撑骨架的砖石（见支撑） ，在这里出现的胚胎，成为振兴目标的中世纪建筑。在13世纪的哥特式建筑出现了完善它的形式，如在亚眠和沙特尔大教堂。 文艺复兴时期诞生的架构（第15次左右。 ）成立的时期数百年的西方建筑在此期间，多重的和复杂的建筑物现代世界开始出现，同时没有任何新的和令人信服的结构概念出现。饰品的形式和古代罗马人一次又一次复苏和被命令到无数新的组合，结构送达主要作为一种方便的工具实现这些效果。复杂的，高度是巴洛克风格装饰的主要体现17世纪的建筑美学。格鲁吉亚是建筑风格的显着18世纪的表现形式（见格鲁吉亚架构） 。上半年的19美分。给出了经典的哥特复兴和振兴。 新世界，新的体系结构 建筑师后19美分。发现自己的世界正在改变的科学，工业，和速度。一种新的折衷主义出现，如建筑的基础上高等美术学院，以及所谓的维多利亚式建筑在英国和美国。需要一个新的社会压力，同时钢铁，钢筋混凝土，电力中有许多新的技术手段，它们所掌握的。 经过超过半个世纪的同化和实验，现代建筑，通常被称为国际风格，产生了惊人的各种大胆和原始建筑，往往钢子护套在玻璃。包豪斯是一个强有力的影响，现代建筑。随着之间的界线建筑和工程成为一个影子， 20世纪建筑往往接近工程和现代工程的工程飞机机库，例如，通常都瞄准了，取得了一个不可否认的美感。最近，后现代建筑（见后现代主义） ，其中的漏洞，并扩大了技术创新的现代风格，而往往把内容从其他建筑风格或时期，已成为一项国际形式。能够帮到你吗！
