德国和中国高教体制和评估的比较与借鉴

本文概括了德国和中国高等教育的学制和教学管理模式,比较和分析了各自的特点,旨在从中获取借鉴。     

创新履责 专业奉献 卓越服务

价值观是指人们对价值的性质标准、构成和评价的基本看法和态度,是指导人的行为的一系列基本准则和信条。构建海事核心价值观是时代发展的要求,更是海事自身发展的需要。     

Analytical and institutional methods and frameworks

This chapter presents a summary of the findings of the workshop on ‘Analytical and Institutional Methods and Frameworks’. The paper discusses the nature of the analytical methods used in the papers presented and the purposes for which they were employed, which were generally to either assist in the planning and operation of public transport or to monitor the efficiency and effectiveness of transport services. Subsequent sections examine issues related to data collection and management, and the more general issue of institutional arrangements. Policy and research agendas needed to support further consideration of the subject are then identified.     

青藏铁路多年冻土冻融特性及防治

介绍青藏高原多年冻土的冻融特性,并结合我局在青藏铁路十二标段的具体施工,分析了冻土的冻融特性及具体防止措施.     

Tanzanian coastal and inland ports and shipping: crises and policy options

This paper explores the current state of coastal and inland shipping in Tanzania. It provides an overview of the state of ports and shipping in Tanzania, and the reasons underlying the present crisis of competitiveness in terms of both global pressures and national and regional dynamics. Problems of competitiveness are at least partially due to under-investment, management failures, skills shortfalls and difficulties in interfacing with the railway network. Less easy to resolve structural problems include the great imbalance between imports and exports, heightened regional competition and ongoing political instability in the Great Lakes region.     

风量与风压的简易测量及应用

锅炉正常燃烧必须有充足的风量,当锅炉鼓风或引风不足将导致锅炉效果恶化,锅炉出力、热效应率明显下降。结合工程实例,介绍结托管简揭测试鼓、引风系统各部分风压、风量,帮助判断分析工程实际问题的简便方法。     

管顶人孔井、测量塔的受力变形数值模拟及控制

某大型沉管工程的沉管艉端装有最高近42.2 m的人孔井和测量塔,其在浮运、安装过程中受到水流荷载、波浪荷载和风荷载的影响而存在受力变形。为了保证人孔井和测量塔的安全及测量塔的测量精度,对人孔井和测量塔的受力特性进行分析后,在人孔井和测量塔上添加抱箍结构,使其与测量塔呈刚性连接。     

OCS development and commercial and recreational fishing

As the controversy over Outer Continental Shelf (OCS) oil and gas leasing continues, with environmentalists and fishermen seeking to block or delay leasing decisions that they think will adversely affect their interests, the need for better estimates of the environmental costs associated with OCS development becomes increasingly apparent. Although high degrees of precision in such estimates may never be economic, let alone feasible, better knowledge would reduce the uncertainty surrounding the magnitude of such costs, and would make it easier to come to grips with the problem and reduce, if not resolve, the controversy.