自然遗迹类保护区有关分类问题的探讨

自然遗迹具有历史性、多样性和多层次性、作为研究对象的多学科属性以及由此派生的成因多解性等特点。探讨自然遗迹类保护区的有关分类问题:①古人类化石及活动遗迹兼为“地质遗迹”和“古文物”的双重属性,导致自然保护区与文物保护单位之间的交叉,按溯及既往原则提出供比较选择的处理方案;②自然遗迹类保护区在以生物多样性为中心的自然保护区分类中的地位,强调古、今生物的历史渊源关系和地质遗迹的宏观背景意义;③自然遗迹的“生命周期”现象对于自然遗迹类保护区分类和管理的意义。对续建古生物遗迹类型保护区的具体建议。      

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。     

内蒙古自治区环境保护“十三五”规划前期研究初步设想

为把内蒙古自治区环境保护“十三五”规划提前谋划好,设计好,促进我区经济社会又好又快发展,全面贯彻党的十八大会议精神,推进生态文明,建设美丽内蒙古,促进人与自然、经济与环境、人与社会和谐发展,实现＂天蓝、水净、地绿、山青＂的总体目标。本文从“十三五”规划总体思路、环境保护发展趋势及定位、污染物排放总量-城市环境空气质量响应关系、关于PM2．5的排放现状调查、目标指标体系和重点领域、主体功能区规划下的环境保护政策研究、排放总量优化控制、流域水体断面优化布局、环境功能区划等9个方面提出了初步的研究设想。     

太湖苏州三山岛旅游资源议论

本文对太湖苏州三山岛旅游区的区位、自然景观、文化内函和科学潜能作了初步评论．同时提出三山岛旅游业应瞄准国际旅游业趋势、四大热点，以高的起点将可持续性旅游作为三山岛立足之本，建议开展从旅游学研究，加大宣传力度提高三山岛的知名度。     

连续轧制异型线材工艺分析

结合用盘条生产药芯焊丝过程 ,对冷态金属连续轧制成形工艺特点进行了多方面的分析 ,特别是在改善连轧稳定性、提高轧制精度、降低能耗、减少设备成本等方面 ,提出了一些改进措施。     

火灾后内配H型钢的矩形钢管混凝土柱剩余承载力有限元分析

该文采用ABAQUS有限元软件建立了火灾后内配H型钢的矩形钢管混凝土柱模型,计算了常温下与火灾后该构件的轴向荷载-位移关系曲线,对火灾后的受力性能进行了分析;此外与相同含钢率的钢管混凝土柱构件火灾后剩余承载力进行了对比,发现内配型钢钢管混凝土柱剩余承载力较钢管混凝土柱得以增强,且构件延性优于钢管混凝土;同时对比了强、弱轴两种加载方式下该类构件火灾后剩余承载力,最后对影响火灾后该类构件剩余承载力的主要因素进行了参数分析,发现升温时间、截面周长和长细比对其影响较为显著。     

酸雨对混凝土建筑物和文物损坏机理的研究

介绍了酸雨对混凝土建筑物和文物损坏机理的宏观分析,水泥中加入少量石膏,可延缓凝结时间,但当加入量大,将引起水泥膨胀,以致溃裂,探讨了酸雨对混凝土建筑物与文物损坏的微观分析,特别是酸雨等生成各种硫酸盐,通过从化学反应原理上分析了酸雨中二氧化硫与混凝土中钙离子反应生成石膏机理,从石膏特性上探讨了酸雨对混凝土建筑物和文物侵蚀机制,并由此提出了酸雨条件下保护混凝土建筑物和文物应对措施。     

Techno-environmental risks and ecological modernisation in “double-risk” societies: reconceptualising Ulrich Beck’s risk society thesis

By utilising a relatively underused framework developed by Maurie J. Cohen (1997. Risk society and ecological modernisation alternative visions for post-industrial nations. Futures, 29 (2), 105–119), this theoretical paper joins two of the most debated theories of environmental politics – ecological modernisation (EM) and Ulrich Beck’s risk society thesis – into a unified framework and problematises some of their implicit assumptions to theoretically introduce the notion of a “double-risk” society. In addition, it explains the differences between the traditional “Risk Society” theorised by the German sociologist Ulrich Beck and the newly introduced concept of a “double-risk” society. The arguments put forward in this paper provide some fresh perspectives facilitating the study of the techno-environmental risks and other ecological problems faced by “double-risk” societies. Theoretically, this paper adds to both EM theory and the risk society thesis as the generalisability of their existing versions is limited precisely because they fail to address some important social changes at the global structural level.     

Application of compost of two-phase olive mill waste on olive grove: Effects on soil,olive fruit and olive oil quality

Composting is a method for preparing organic fertilizers that represents a suitable management option for the recycling of two-phase olive mill waste (TPOMW) in agriculture. Four different composts were prepared by mixing TPOMW with different agro-industrial by-products (olive pruning, sheep manure and horse manure), which were used either as bulking agents or as N sources. The mature composts were added during six consecutive years to a typical “Picual” olive tree grove in the Jaén province (Spain). The effects of compost addition on soil characteristics, crop yield and nutritional status and also the quality of the olive oil were evaluated at the end of the experiment and compared to a control treated only with mineral fertilization. The most important effects on soil characteristics included a significant increase in the availability of N, P, K and an increase of soil organic matter content. The application of TPOMW compost produced a significant increase in olive oil content in the fruit. The compost amended plots had a 15% higher olive oil content than those treatment with inorganic fertilization. These organics amendments maintained the composition and quality of the olive oil.     

基于不同漏风源浅埋煤层采空区自燃“三带”分布规律研究*

为解决浅埋自燃煤层采空区因地表及工作面漏风而自燃的难题,以沙坪煤矿1818工作面为例,利用SF6示踪法检测采空区地表漏风通道和风速,利用FLUENT数值模拟分析不同漏风源采空区自燃“三带”分布的特征,并通过现场束管测试结果对比分析浅埋煤层采空区地表漏风对自燃“三带”分布的影响,同时限定工作面最小推进速度,确保工作面的安全生产。研究结果表明:地表漏风风速为0.06～0.30 m/s,漏风通道多且复杂;相比于工作面单一漏风源,有地表漏风存在时,自燃危险性加大;限定工作面最小推进速度为1.24 m/d。因此,多漏风源煤层开采条件下自燃“三带”分布的确定对浅埋藏自燃煤层采空区遗煤自燃预测预报及预防工作具有重要的指导和借鉴意义。