Advanced Materials Research Vols. 368-373

Abstract: Under the same operating mode, the flux of non-bulking MBR（1#） descends much faster than the flux of filamentous bulking MBR（3#）, mainly because the particles adhered to membrane 1# become smaller much more quickly，provided that spherical particles tend to be rushed off into the mixed liquid more easily than filamentous particles. The falling of particles diameter is caused by the decline of flux, which can be interpreted with the formulation for critical diameter and flux as well as Critical Flux Theory.

Abstract: In this research report, we present an eco friendly inorganic paint that is an environment-friendly paint composition based on natural minerals which has ability for pollutant absorption, control/protection of humidity, killing or immobilizing bacteria and fungi, developed by effectively utilizing possessed technologies. To do this end, we adopt a technology management tool in conjunction with the open innovation concept between raw material production, new material development and final construction companies. Throughout the process, we found the new paint has the required characteristics as well as functionalities along with global standards.

Abstract: Use the experimental method to know if impact of rolling is suitable for the roadbed of Harbin to Wuchang. By Observation and analysis on the Settlement, the compactness and the deflection, it is known that all indicators Comply with regulatory requirements. Therefore, the impact of rolling method can be used.

Abstract: The article from the perspective of the construction of digital city, analysed the necessity of digital wuhan construction, introduced digital wuhan's construction frame, from aspects of urban planning and infrastructural facilities, urban transport system, urban management, e-government, digital tourism, have discussed the digital application of city construction in wuhan, summarized and forecasts the prospects for development of digital wuhan in three dimensional digital map, digital community building and public services fields.

Abstract: The sustainable intelligent building is a building that has the best combination of environmental, social, economic and technical values. And its sustainability assessment is related with system engineering methods and multi-criteria decision-making. Therefore firstly, the wireless monitoring system of sustainable parameters for intelligent buildings is achieved; secondly, the indicators and key issues based on the “whole life circle” for sustainability of intelligent buildings are researched; thirdly, the sustainable assessment model identified on the structure entropy and fuzzy analytic hierarchy process is proposed.

Abstract: Parametric design，the mainly style for Neo-avant-garde in 21 century, has satisfied all the appeals on design methods when the computer technology has been imported in architecture design by avant-gardes. As another paradigm that has been looked as the successor of modern architecture, parametric design has effected and remolded our cognitive styles through its special way. This article is going to analyze the rationalities of the parametric architecture in the context of ethic and to discuss the relationship among people, city and nature in the context of technology and social culture.

Abstract: In this paper, we discuss the possibility of using BIM into 3D indoor navigation in emergency response. We first analyze the functional requirements of 3D indoor emergency response, and then illustrate the workflow of transforming BIM into 3D, ontology-based, indoor navigation model, shortly as 3DOntoINM. Finally, we explain the algorithm and implication issues.

Abstract: The transformation of the material technology will surely promote a new building revolution. Based on the analysis of the current building environment, this paper explains the essential characteristics of the micro-architecture and points out that the micro-architecture will set new trends for the development of architecture. It will become the decisive strategy to solve the current problems with climate and ecology.

Abstract: There is abundant renewable energy in Shaanxi province of China. Renewable energy buildings utilization plays a very important role in the sustainable development of Shaanxi Province. Developing scheme for building applications of renewable energy in Shaanxi province was explored in this paper. Distribution and storage of renewable energy in Shaanxi province was introduced firstly. Taking into account of energy requirements and utilization levels, suitable areas were proposed in this paper, where various kinds building application technology of renewable energy can be promoted. The development priorities in building applications of renewable energy were also discussed. Finally, building applications objectives of renewable energy from 2011 to 2015 in Shaanxi province was proposed. This research will provide reference for building applications of renewable energy in Shaanxi province of China.

Abstract: The maximum installed capacity mathematic model has been set up and analysis about surface water source heat pump using at large scale. The maximum installed capacity of Nu River China has been calculated by the equations as an example. In the mean time, the key coefficients have been simplified while practical application in engineering. A general conclusion of the maximum water source heat pump installed capacity has obtained for different surface water characteristic. The value from the general conclusion can use in the plan and the layout on the surface water source heat pump system large-scale use. That will protect ecological environment and against creates the destruction.