岩层与地表移动控制技术的研究现状及展望

岩层与地表移动控制技术是矿山开采沉陷学的主要研究方向 ,其目的是研究合适的采矿方法和相关技术 ,尽可能地减少岩层和地表移动 ,保护地表建筑物的安全。在综合分析大量文献的基础上 ,从部分开采方法、充填开采方法、覆岩离层注浆和协调开采方法等几个方面对目前岩层与地表移动控制技术的研究现状进行了论述。展望了我国岩层与地表移动控制技术的发展趋势。     

The European Water Framework Directive: Water Quality Classification and Implications to Engineering Planning

The European Water framework directive (WFD) is probably the most important environmental management directive that has been enacted over the last decade in the European Union. The directive aims at achieving an overall good ecological status in all European water bodies. In this article, we discuss the implementation steps of the WFD and their implications for environmental engineering practice while focusing on rivers as the main receiving waters. Arising challenges for engineers and scientists are seen in the quantitative assessment of water quality, where standardized systems are needed to estimate the biological status. This is equally of concern in engineering planning, where the prediction of ecological impacts is required. Studies dealing with both classification and prediction of the ecological water quality are reviewed. Further, the combined emission–water quality approach is discussed. Common understanding of this combined approach is to apply the most stringent of either water quality or emission standard to a certain case. In contrast, for example, the Austrian water act enables the application of only the water quality based approach - at least on a temporary basis.     

模糊综合评判区域承灾体脆弱性的理论模型

灾害的后果是由致灾环境的危险性和承灾体的脆弱性两个因素共同决定的，承灾体的脆弱性研究对灾害理论以及减灾政策的确定有着极为重要的意义。承灾体脆弱性等级评价是该研究的基础和关键，本文建立了区域承灾体脆弱性模糊综合评判模型。     

Lake ecosystem responses to rapid climate change

In this paper, we examine the consequences of rapid climate change on lake ecosystems in terms of two main effects: variability effects and magnitude effects. How these factors influence life history selection is considered by focusing upon body size as a quantifiable and strong correlate of life history variation (Pianka 1970, McNab 1980, Charnov 1991). We then consider the relationship between the concept of biological diversity and the diversity of life history strategies in the context of rapid climate change.     

不同植物对富营养化水体净化的静态试验研究

采用浮床无土裁培美人蕉等6种植物进行了处理富营养化水体的静态试验.结果表明:植物在水中均能正常生长,对水体具有明显的净化效果,NH3-N也有一定的下降,并且具有良好的景观效应.研究结果为发展利用陆生植物治理富营养化水域提供了新的途径.     

对人体静电防护的几点认识

通过对人体静电的产生及危害的分析,总结人体静电防护常见的误区,并就如何正确防护人体静电进行归纳。     

桐庐县富春江、分水江库区漂浮物打捞处置方案

桐庐县富春江、分水江库区漂浮物主要由水葫芦、生活垃圾、动物尸体三部分构成,结合桐庐县垃圾处理处置设施建设现状及规划,对水葫芦及生活垃圾采用机械打捞-压缩中转-烘干（仅水葫芦）-焚烧工艺,对动物尸体采用人工打捞-冷藏车运输-冷库储存-焚烧工艺。为确保水葫芦焚烧可行性,比较了烟气直接烘干和蒸汽间接烘干两种工艺,推荐采用蒸汽间接烘干。     

基于GIS的滑坡空间特征分析

基于GIS技术对滑坡及其渗水盲洞疏干土体的空间特征进行了分析。首先讨论了基于三棱柱模型的滑坡体体积计算，然后提出确定渗水盲洞疏干土体边界与地面交线的方法，以此确定疏干土体的空间形态和体积计算方法，并以西昌一攀枝花高速公路沿线米易滑坡为例，对该滑坡的体积特征和渗水盲洞疏干土体的空间形态进行了分析和计算。     

冬季低温条件下浮床植物对富营养化水体的净化效果

在冬季低温条件下,采用浮床无土栽培技术,研究了水芹菜、多花黑麦草以及大蒜3种耐寒植物对富营养化水体的净化效果。试验结果表明,3种植物在水温4.0～10．1℃的条件下均生长良好,对水体中TN、NH4^＋-N、TP、CODMn污染物的去除率分别为59.3％～29.2％、65、2％～39.3％、55.6％～33.9％,55．7％～49．5％．对藻类的抑制率为88．4%～92．3％。通过比较,水芹菜净化能力最强,多花黑麦草次之,大蒜最弱。本项研究丰富了冬季低温条件下治理富营养化水体的方法．也为冬季浮床植物的选择提供了依据。