Mechanism and Progress About Protein Crystal Growth by Atomic Force Microscopy

Atomic Force Microscopy(AFM) plays a very important role in researching crystal growth mechanism, especially protein crystals. The principle of AFM for protein crystal examination is briefly described as well as the importance of research on protein crystal growth, known growth mechanisms including 2-D steps nucleation, spiral dislocation, normal growth, 3-D nucleation and anisotropic development, and latest progress about eucommia antifungal protein(EAFP) and Trichosanthin(TCS) protein crystal growth mechanism, respectively. Finally, protein growth under microgravity environment is also expounded here and their development tendency and practical prospect.     

On Noise Control of the Environment in Advanced Living District

The living environment is becoming more and more important,one of the main elements which affect it is noises.This paper takes the Zhonghuafang for example,to research how the whole planning and the designing for the living district affect the control of noises.Applying architectural technology,in order to cut down noises,a sound screen around the site is made and the distinctive constitution for the buildings is designed.The methods of disposing noises are proposed to make sure that the residents of the advanced living district are content with the living environment.     

Control and Analysis on Environmental Object of Construction Project

With social development, the environment has become one of the major topics in human life. Although the construction project may improve economy and environment, it also may exert negative impact on environment. Cost, schedule and quality are three important objectives of construction project and on the objective of environment have not been focused. The author of this paper reiterated the importance of environmental control for the construction project and key areas to be focused on during the whole process of construction project.     

Construction of Urban Barrier Free Environment Based on Dual-core Model

According to the investigations of urban barrier free facilities, there have been lots of progresses in constructions of barrier free in cities recently. But there are no systematic barrier free facilities in these cities, which would restrict the function and effect of urban barrier free facilities for the handicapped and the elder. This paper puts forward that there should be a development from the urban barrier free facilities to the urban barrier free environment. There are two parts in the barrier free environment,that is the hardy environment and soft environment. Finally,an in-series connection two-core model of barrier free environment has been designed and discussed.     

曲靖主要野生食用菌的分布

跟据曲靖的生态环境状况及主要野生食用菌的品质与功效，对曲靖主要野生食用菌的分布、产量、价值以及生长环境特点、产地的生态环境进行调查阐述，提出曲靖主要野生食用菌生态系统与生态环境的保护措施。     

不同生态环境马铃薯维生素C含量分析

对马铃薯参试品种在西北地区不同生态条件下的维生素C含量变化进行方差分析和稳定性分析。结果表明：试点间、品种间以及试点和品种的互作间都存在着极显著差异，6个品种平均维生素C含量为15．04mg／100g，陇薯3号最高，为18．68mg／100g，90-2-10最低。为12．23mg／100g；7个地点平均维生素C含量为15．04mg／100g，青海西宁最高，为16．75mg／100g，青海海南最低，为12．93mg／100g。中薯36这个品种的回归系数〈1，是稳定性较好的品种。     

基于数据库的温室环境决策支持系统的设计与实现

用Delphi6．0编写构建了温室环境的决策支持系统。系统中的知识库、模型库和数据库以数据库为基础，采用Database Desktop来设计，有助于系统对知识、模型和相关数据的管理。对系统决策的过程采用基于数据库的方法进行编写，解决了温室环境智能决策过程中推理困难的问题，同时提高了决策的准确程度。     

硝酸钙在底泥修复中的作用机理及

受污染底泥的修复已经成为水环境修复中的重要组成部分，在底泥中注入硝酸钙则是近十多年来发展起来的一种污染底泥原位处理技术。全面分析了硝酸钙在底泥修复中去除有机物、抑制磷的释放以及消除水体黑臭现象的机理，并介绍了这一技术在国内外的研究和应用状况。研究成果表明：在底泥中注入硝酸钙的技术已从实验室和中试研究阶段发展到了实际的工程动作阶段，并且在有机物PAHS的降解和硫化物的去除方面已经得到了很好的效果。     

地理信息系统在环境影响评价中的应用

为了研究地理信息系统（GIS）在环境影响评价中的应用，在介绍地理信息系统的组成、类型、功能和应用领域的基础上，分析了GIS技术在环境影响评价中的优势，并结合实例，探讨了地理信息系统在水环境影响评价中的具体应用过程。