对高校辅导员工作的几点思考

高校辅导员是一支特殊的队伍,有效的辅导员工作是培养学生健全人格、良好个性、优秀品格、进取精神和创新意识的重要保证.因此,在高职高专院校办学思想的指导下,在为学生和学的办学目标的服务过程中,“亲和力“在辅导员工作中起到极为重要的作用.     

论环境标准的创新

文章针对我国环境标准工作的现状，以与时俱进思想，提出改革创新的八个重点。     

基于开放式创新的新产品开发模糊前端模型研究

开放式创新模式的出现对企业新产品开发（NPD）过程中模糊前端（FFE）创新活动带来重要影响。本文在对模糊前端、开放式创新以及知识共享等现有研究进行文献综述的基础上,重点对四个经典FFE模型的典型特征、共性与差异、优点与不足进行了系统分析,进而从开放式创新与知识共享的视角,探索并构建提出了FFE的开放式模型。并对该模型的五个重要环节、关键概念及其相互关系进行了界定说明与分析评价,既融入经典模型的深厚积淀,又弥补了传统模型在开放性与知识共享等方面的不足。为解决企业在开放式创新环境下新产品开发FFE阶段面临的新问题提供了很好的理论框架与方法支撑。     

沙漠治理新途径新方法

中国是受土地沙漠化严重危害的国家之一,目前中国土地沙漠化仍然呈增加趋势。本文在对当前中国沙漠治理中存在的问题进行论述的基础上,提出沙漠治理的新途径、新方法,并加以阐述。     

Political commitment to CO<Subscript>2</Subscript> capture and storage: evidence from government RD&;D budgets

For CO₂ capture and storage (CCS) to succeed as a mitigation strategy, political commitment is one of several prerequisites. This article offers an appraisal of political commitment to a CCS strategy among high-income countries in Europe and North America: Which governments are committed, and what particular interests and concerns do they seek to accommodate by supporting CCS? In order to answer these questions, new data are reported on government CCS research, development and demonstration (RD&;D) budgets. RD&;D budgets divided by GDP is used as an indicator of political commitment, and explanations are sought for cross-national differences. The analysis shows that fossil fuels reserves and extraction within a country has a very strong bearing on funding levels. Likely explanations include the potential for combining CCS with enhanced resource recovery. All large economies (population >50 million) have a funding program. The smaller states that provide funding (Norway, Canada, the Netherlands) have the highest funding levels relative to GDP. These findings suggest that high-income petroleum producing countries are likely to be leaders in promoting CCS and a favorable regulatory environment. The fact that all large, high-income countries in the two regions now display some interest in CCS further improves its political outlook.     

钻井现场安全技术措施的创新实践

介绍了可翻转式安全挡杆和防喷器底法兰检测工作台的结构,现场应用表明,两种安全防护装置具有治理隐患、防范事故的作用,其成本低、效果好,推广应用前景良好。     

危险废物等离子体处置技术装备的国产化研究与开发

结合我国危险废物集中处置设施建设的技术现状,对现行焚烧、安全填埋为主体工艺的处置技术体系和等离子体处置技术的特点、处置应用适应性等进行了分析。提出应大力研究开发危险废物等离子体处置国产化技术装备,逐步建立焚烧、等离子体处置、安全填埋3种主体工艺共存并相互匹配、补充的技术体系,并对研发的关键技术、实施措施及组织形式等进行了分析阐述,为开展我国危险废物处置工艺升级的技术装备研究开发提供借鉴。     

新疆区域创新系统演化发展历程与动力研究

为科学把握新疆维吾尔自治区区域创新系统的演进脉络和规律,将新疆区域创新系统40余年的发展历程划分为萌芽、过渡、构建与完善4个阶段,从环境要素、创新主体、企业创新、结网程度4个方面对各阶段进行盘点总结,分析推动区域创新系统发展的动力因素,总结出新疆区域创新系统发展的1个核心与4条历史主线,并得出两点基本经验:一是政府核心科技政策的实时引导与政策创新始终是系统发展的重要牵引力;二是系统的开放与市场化的深入始终为新疆区域创新系统发展的源动力。     

基于“多规融合”的城市环境空间管控技术体系研究

介绍了“多规融合”的发展历程,围绕实现生态环境空间管控的核心目标,提出了基于“多规融合”的城市尺度环境空间管控技术体系。该体系主要包括环境空间管控技术方法和空间落地技术方法两部分内容,其中,环境空间管控技术方法主要是生态保护红线划定等涉及空间的生态环境保护主要工作转化为环境空间管控数据的过程,空间落地技术方法是将环境空间管控数据在空间上落地,形成数据“一个库”、分布“一张图”。     

HCH residues in point-source contaminated samples of the Teltow Canal in Berlin,Germany

Contaminated groundwater and a riverine sediment core heavily affected by the same industrial point source were analysed for hexachlorocyclohexanes (HCH) and its degradation products. A detailed quantification by GC/MS revealed contamination levels up to 730 μg/L and 396 ng/g in sum for the water and sediment samples, respectively. The isomer pattern differed significantly in both compartments. The ground water samples were depleted in γ-HCH, whereas a significant loss of α-HCH was evident in the sediments as compared to the technical composition. The data obtained revealed interesting insights into the transformation behaviour and fate of HCH mixtures in anaerobic environmental compartments. In the affected groundwater system an ongoing microbial degradation was pointed out by the identification of indicative anaerobic metabolites. On the contrary in the sedimentary system a high environmental stability or rather a hindered degradation was observed as indicated by unaltered concentration levels as compared to production rates as well as by the absence of metabolites. Interestingly, the environmental fate of HCH in subaquatic sediments as well as in anaerobic ground water differs highly in contrast to the behaviour in anaerobic soil or surface water systems. Further on, it has to be stated, that the knowledge about the long-term behaviour of HCH residues in sedimentary material under anaerobic conditions is rather limited so far.