木质环境材料的室内应用及可持续发展思想

作为当今世界四大建筑材料(钢材、水泥、木材和塑料)之一的木材,是建筑装饰和家具等方面最主要的原材料,与人们的居住环境紧密相关,直接关系到室内物理环境的质量,对居民的身心健康无疑会产生重大影响。无论是从可持续发展的总体出发,或者是建筑室内物理环境的新理念,如何应用木制环境材料营造一个良好的室内物理环境是一个值得探讨的课题。与传统建筑相比,生态与可持续发展是优化室内物理环境的必由之路。     

《建筑桩基技术规范》

著译者:中华人民共和国住房和城乡建设部出版社:中国建筑工业出版社书号:15112.14762图书编号:B10073776印刷日期:2008-08-01出版日期:2008-08-01规格:平装32开,316页【图书简介】建筑桩基技术规范(JGJ94―2008)一书由中国建筑工业出版社于2008-08-01出版。本规范主要技术内容有:基本设计规定、桩基构造、桩基计算、灌注桩施工、混凝土预制桩与钢桩施工、承台施工、桩基工程质量检查和验收及有     

《建筑科学与工程学报》2009年征订通知

《建筑科学与工程学报》是国家教育部主管,长安大学主办的学术性期刊,主要报道建筑科学与工程领域的最新研究成果,包括建筑结构、地下建筑与基础工程、防灾减灾、桥梁工程、建筑材料、建筑学、市政工程、力学等专业及相关领域的科研、设计、施工方面的研究成果与工程实践总结,每期均发表院     

基于ArcEngine的虚拟校园信息管理系统的设计与实现

阐述基于组件式GIS的开发方式,结合3维建模技术、数据库技术开发虚拟校园信息管理系统的基本思路,重点研究了3维模型的入库方法,以及基于GeoDatabase的数据库设计。以VirtualCampus系统开发为例,介绍了利用Visual C++与ArcEngine开发虚拟校园信息管理系统的方法。     

坑内始钻式水平定向钻进设备解决能力、导向问题

本文介绍了采用坑内始钻式水平定向钻机进行铺管施工的技术问题及其优点。     

联动式抓进度 优服务展风貌——宁波市勘规所顺利完成滩坑水库宁波移民安置项目评估工作

滩坑水电站是浙江省的重点建设项目,也是继金温铁路之后我省最大的扶贫工程和一项规模巨大的基础设施建设项目,集发电、生态、灌溉、防洪、供水、旅游为一体,对促进我省经济全面、协调发展具有重要的战略意义。积极做好滩坑水电站库区移民安置工作关系到整个工程建设能否顺利进行,     

矿集区预测中的探索式空间分析方法及应用——以中亚铜矿集区预测为例

随着地理信息科学和计算机技术的发展,计算环境下矿集区预测方法的研究热潮也初现端倪.依据矿集区所包含的理论内涵(矿床密集区、潜力密集区的聚集内涵),提出了应用探索式空间分析法进行矿集区预测的设想,并以北至科克舍套,南至帕米尔高原,西至乌拉尔山,东至新疆边境的中亚区域为研究区,利用探索式空间分析方法从含矿潜力的确定及其空间分布模式的探索入手,对研究区铜矿集区进行了预测,初步圈定了乌拉尔、矿区阿尔泰、北滨巴尔喀什、斋桑、塔尔巴合台等17处铜矿集区.研究成果除包含了研究区已知矿集区外,还有7处新区,反映了探索式空间分析法在矿集区预测中的应用潜力.     

大型矿集区的预测方法应用——以巴尔喀什准噶尔成矿带为例

以中亚环巴尔喀什成矿带为典型研究区域,结合地质矿产、地球物理、地球化学和信息科学等信息数据及野外调查成果,以斑岩铜矿为主要矿床类型,以中比例尺对新疆及邻区的跨境巴尔喀什.准噶尔成矿带的含矿潜力进行整体研究.分析中亚大型矿集区成矿地质条件,总结研究区斑岩铜矿成矿规律,建立多元信息综合识别标志及矿床模型.结合空间数据分析技术,以ArcGIS为平台,建立中亚跨境成矿带主、客观模型整合的大型矿集区预测系统,得出中亚成矿带矿集区预测分布图,通过理论研究到技术方法的实现,为境内寻找大型矿集区奠定基础.     

Formation Dynamics and Quantitative Prediction of Hydrocarbons of the Superpressure System in the Dongying Sag

Based on the theory of formation dynamics of oil/gas pools, the Dongying sag can be divided into three dynamic systems regarding the accumulation of oil and gas： the superpressure closed system, the semi-closed system and the normal pressure open system. Based on the analysis of genesis of superpressure in the superpressure closed system and the rule of hydrocarbon expulsion, it is found that hydrocarbon generation is related to superpressure, which is the main driving factor of hydrocarbon migration. Micro fractures formed by superpressure are the main channels for hydrocarbon migration. There are three dynamic patterns for hydrocarbon expulsion： free water drainage, hydrocarbon accumulation and drainage through micro fissures. In the superpressure closed system, the oil-driving-water process and oil/gas accumulation were completed in lithologic traps by way of such two dynamic patterns as episodic evolution of superpressure systems and episodic pressure release of faults. The oil-bearing capacity of lithologic traps is intimately related to reservoir-forming dynamic force. Quantitative evaluation of dynamic conditions for pool formation can effectively predict the oil-bearing capability of traps.     

The Role of Fracture Structure in Leachate Pollution at Landfills: A Case Study of a Landfill in Chongqing City

This paper studies a landfill where there are three faults running through. As serious pollution has occurred to the geological environment, the landfill is to be closed up and renovated. The paper aims to explore the role of fracture structure in leachate pollution at the landfill. The research was carried out in several stages. First, mathematical models of the pre-renovation landfill with three faults running through and the landfill after renovation were established. And then, the boundary conditions and parameters of the two mathematical models were determined. The groundwater level of the landfills was simulated in order to modify the two mathematical models. As a result, a feasible mathematical model was achieved. Based on this model, a comparison was made of the COD concentration variations in the inside leachate and outside leachate between the two landfills. Accordingly, the impacts of the fracture structure on the pollution of leachate at the landfills could be identified. The study results show that while faults contribute to the migration of ieachate, they also serve as a confluence of leachate, thus further deteriorating the environment. The COD concentrations of the inside leachate and the outside leachate of the pre-renovation landfill are respectively 800 mg/L and 220 mg/L higher than those of the post-renovation landfill. Therefore, measures must be taken to handle the ieachate seepage in areas where there are faults as well as the neighboring areas so as to get the environmental pollution under control.