商业融合文化本土孕育世界——武汉光谷世界城步行商业街设计

武汉光谷世界城步行商业街完全体现了第三代商业步行街的特征强词人、强调文化、强调环境、强调人与自然的融合、强调经济价值和社会价值的双赢.它浓郁的世界建筑文化气息传承了城市文脉,使之参与城市生长,与城市共生.它以城市和建筑为表现手段,以人和生活为骨架,其本质功能是为城市生活而存在,是组成城市的一部分,其特征是多元的、混合的、开放的,不仅满足城市的物质生活的需要,而且给市民、居住者、体验者带来文化和精神上的享受.     

传统精神与现代文明共生

第八次中德建筑研讨会2004年9月中旬在德国弗莱堡市召开,会议主题是城镇及社区规划中的传统、生态及创新。本文记录了作者参会期间,就传统精神与现代文明间的关系所作的思考。     

城市公共中心的发展趋势与对策

扼要地阐述了城市公共中心的发展态势，提出了“以商务中心为核心，建立多元共生开放式的中心体系，科学地编制主要中心的控制性详规，制定切实可行的实施办法及依法管理”等相应的对策和措施。     

Economic aspects of nuclear and hydrogen energy in the world and Russia

Hydrogen, when used as a fuel, has the most minimal impact on the environment and is a viable, promising, but insufficiently studied alternative fuel. World demand for its production may increase by tens and hundreds of times, and alternative energy sources - renewable and non-renewable, including nuclear ones - are needed to meet it.The paper discusses the characteristics of these sources, shows the important role of nuclear energy.The development of hydrogen production stimulates the development of the symbiosis of nuclear and hydrogen energy in conjunction with renewable energy and allows the formation of a new sustainable global energy system - alternative energy.     

广场生态景观与环境的共生 ——以重庆合川市人民广场景 观设计为例

广场作为城市重要的集会休闲场所,它的生态环保问题也越来越为人们所关注。本文以合川市人民广场的景观设计为例,探讨场地与城市生态空间、周边水环境之间的联系,通过把广场生态性纳入城市生态系统,与环境共生,从而达到生态平衡的状态。     

新与旧的共生和融合——河南省电力公司调度综合楼设计

如何处理新旧关系是在旧有空间环境中进行新建筑设计的成功关键.该文以河南省电力公司综合调度楼的设计方案为例,在设计适合时代需求的新建筑的同时,对如何解决新旧建筑和谐共存的问题进行思考,并从尊重、匹配和共生的原则,将新建筑的设计结合旧建筑的改造,使两者相互渗透、有机融合,使之成为一个整体,构成城市单元的一部分.     

基于水文化的古镇水景的设计与保护探析

水乡古镇与文化已经相融共生了千年,一直有着割舍不断的情缘,然而随着社会大环境的改变,水文化遗产在不断流失,古镇景观在逐步失去特色,千百年来流淌不息的人文环境慢慢缺失,这必须引起大家的重视。水文化有着丰富的内涵,与古镇水景有着相生相伴的关系,依托水文化来设计古镇水景,借水造景,人水相依,文静共生,为打造传统与现代共存的古镇,发展水文明的古镇提供新思路。     

(Science) Fiction,Ecophysical Apparatus and Skizoid Machines: Animism,Vitalism and Machinism as a Way to Rearticulate the Need to Confront the Unknown in a Contradictory Manner

François Roche of R&Sie(n) ruminates on the contradictory nature of the present: a time that is ‘vibrating’ while ultimately ‘lacking momentum’. Reclaiming ‘the scenarios and substances that condition architecture’, he rejects the large-scale flights of fancy of international signature architects and argues for the reactivation of ‘a throbbing, complex and unfinished “localism”’. In so doing, he advocates a machinism that enables fictionalisation and speculation. Copyright © 2010 John Wiley & Sons, Ltd.     

Neighborhood,community and consumption: Study on the socio-spatial structure during two boosting epochs in Shanghai

The modernization of Shanghai has experienced two boosting periods. The first appeared in the 1930s, when it formed the civil society of Shanghai and initially facilitated the trade port into an international metropolis. The second started after the nation's reform and opening-up, which attempted to promote the city into a global metropolis in the 2010s. In order to evaluate the socio-spatial transitions of communities in Shanghai during the process, Lilong historical neighborhoods in the 1930s and 2010s are successively chosen as research objects. Meanwhile, three specific neighborhoods in each period are selected for case study, so as to depict different symbiosis patterns of the socio-spatial structures under different spatiotemporal conditions by means of a cross-sectional analysis of the consumption level. By pointing out Shanghai in the 1930s was marked with social integration and local-based consumption, while it was inundated with administration tendency and global-oriented consumption in the 2010s, the article believes the dual integration of local-based and global-oriented consumptions is an alternative solution for Shanghai. Finally, the article proposes that Shanghai's current urban regeneration should rely on the multi-centered symbiotic structure to create a compound network, during which territorial socio-spatial structures and basic living needs of the plebeian can be simultaneously preserved.     

Catalytic behaviour of M1, M2, and M1/M2 physical mixtures of the Mo–V–Nb–Te–oxide system in propane and propene ammoxidation

Essentially pure orthorhombic M1 and pseudo-hexagonal M2 phases were prepared using the precursor method. Consistent with literature the M1 phase was shown to be effective for propane ammoxidation to acrylonitrile while the M2 phase was essentially inert for propane activation. Both phases convert propene efficiently to acrylonitrile. Both phases show a significant selectivity dependence on the ammonia and oxygen concentrations in the feed, revealing thereby additional insights into the reaction mechanism.

Physical mixtures of the two separately prepared phases exhibited symbiosis in the ammoxidation of propane when finally divided (5 μm), thoroughly mixed and brought into intimate contact with each other. Acrylonitrile yields significantly higher than those obtained with the M1 phase alone were demonstrated with a 50 wt.% M1/50 wt.% M2 physical mixture having a corresponding surface area ratio of about 4:1. The phase cooperation effect is particularly large at high propane conversions and non-existent when the particle size of the phases is too large (e.g. >250 μm) and the inter-particle contact is poor.