浅议如何充分发挥银行内部审计建设性职能

目前，中国建设银行已建立了总行垂直管理的内部审计体制，内部审计的地位得到了进一步的巩固和加强，管理层对内部审计也提出了更高的要求。本文就如何发挥审计的建设性职能，最大程度地做好审计增值服务，促进银行价值和运作效率的提升，实现审计职能从查错防弊向防护决策和建设性方面转变做初步探讨。     

振兴东北老工业基地的高端人才支撑——关于沈阳市职业经理人队伍建设的思考

在现今经济发展日新月异的社会,企业作为社会财富的创造者和社会经济运营的最基本细胞,始终处于社会中坚地位。职业经理人队伍就是为企业而生,因企业发展需求而发展壮大的,并成为企业巨轮的船长主宰着企业的前途与命运。本文采用用事实说话的方法,围绕着沈阳市职业经理人队伍建设核心议题,从沈阳城市振兴的人力资源建设出发,结合国内外对这一问题的认识和研究,叙述了沈阳城市职业经理人队伍现状,深入分析了队伍建设面临的问题,指出了职业经理人应该具备的职业素养和个人修为,从企业、政府、社会以及猎头公司角度探讨了加强队伍建设的方法,试图寻求一条加强城市职业经理人队伍建设的有效路径。     

浅谈界河倒虹吸预应力混凝土裂缝的预控措施

文章在通过对混凝土裂缝产生的原因进行分析的基础上,阐述了对在界河倒虹吸施工中预应力混凝土裂缝所采取的预控措施。     

工程施工阶段监理的投资控制

建设工程施工阶段是工程投资发生的主要阶段,监理工程师在该阶段应重点把好工程计量关、支付签证关及变更索赔关,从而实现对施工阶段投资的有效控制。     

无锡市城乡统筹发展初探

城乡统筹发展是解决三农问题的关键,就目前对其内涵的理解存在不同的见解。文章主要在界定城乡统筹发展内涵的基础上,介绍了无锡统筹发展的成果及今后发展的措施。     

水库突发事件应急预案研究现状与关键技术初探

水库突发事件应急预案是大坝风险管理中非常重要的一个环节,是降低水库大坝风险的非工程措施.本文总结了国内水库突发事件应急预案的研究现状,并结合我国实际国情,初步提出了开展应急预案的关键技术,供大坝安全管理及科研人员参考.     

温度应力、自收缩对高性能混凝土早期开裂的影响

根据高性混凝土的水化特性、物理力学特性及自收缩特性，分析了高性能混凝土早期开裂机理和影响早期开裂的主要因素．并结合工程实例，借助混凝土温度和应力有限元仿真计算方法分析研究了表面适度保温和水管冷却技术在高性能混凝土温控防裂中的应用效果．研究结果表明，表面适度保温与水管冷却相结合能有效降低混凝土的内外温差，减小混凝土早期表面拉应力与后期内部拉应力，防裂效果明显，对类似的工程具有借鉴作用．     

客户信用评级体系的校准度检验研究

利用多种统计量对客户信用评级体系进行校准度检验,以对其准确性做出定量评估。同时,使用这些统计量对由两种不同方法构造的信用评级进行了实证对比检验,结果表明,校准度检验能够对客户信用评级的准确性做出有效评估。     

欠发达地区新农村建设与农村公共产品供给

农村公共产品的供给对欠发达地区新农村建设意义重大，而现阶段欠发达地区农村公共产品供给却存在着供给观念滞后、供给主体单一、城乡之间供给的不公平性以及监督管理体制的缺失等突出问题。如何解决这些问题。主要应从转变观念、引入市场机制和社会力量、建立城乡一体化的公共产品供给体系、创新农村行政管理制度等方面入手。以此推动欠发达地区新农村建设的进程。     

Effect of sampling density on the measurement of stream condition indicators in two lowland Australian streams

There is widespread application of indicators to the assessment of environmental condition of streams. These indicators are intended for use by managers in making various comparative and absolute assessments and often have a role in resource allocation and performance assessment. Therefore, the problem of formally defining confidence in the results is important but difficult because the sampling strategies used are commonly based on a compromise between the requirements of statistical rigour and the pragmatic issues of access and resources. It is rare to see this compromise explicitly considered and consequently there is seldom quantification of the uncertainty that could affect the confidence a manager has in an indicator. In this paper, we present a method for quantitatively assessing the tradeoffs between sampling density and uncertainty in meeting various monitoring objectives. Assessments using judgement‐based representative reaches are shown to be unreliable; instead a sampling approach is recommended based on the random selection of measuring sites. A detailed dataset was collected along two streams in Victoria, Australia, and the effect of sampling density was assessed by subsampling from this dataset with precision related to the number of sites assessed per reach length and the intensity of the sampling at each site. The sampling scheme to achieve a given precision is shown to depend on the monitoring objective. In particular, three objectives were considered: (1) making a baseline assessment of current condition; (2) change detection; and (3) detection of a critical threshold in condition. Change detection is shown to be more demanding than assessing baseline condition with additional sampling effort required to achieve the same precision. Sampling to detect a critical threshold depends on nominating acceptable values of Type I and II error and the size of the effect to be detected. Copyright © 2006 John Wiley & Sons, Ltd.