司法权研究的历史与现状分析

司法权是人类社会在解决矛盾和纠纷的过程中分化出来的一项重要的公共权力 ,自从它产生后 ,如何设计一种比较合理的制度 ,保证这项权力能够最终实现社会正义的研究 ,就一直经久不衰。本文通过对司法权研究进行历史回顾 ,对我国司法权研究现状中存在的问题予以分析 ,指出在建设民主政治和法治国家的前提下 ,在司法改革深化的政治和社会背景下 ,为什么我国必须正视和重视司法权研究的必要性。     

韩非与马基雅弗利的非道德权力观

韩非与马基雅弗利在政治倾向上相似又相异；人性生来是恶的，好利恶害是人所共性；君主应该以霸术巩固统治。     

For social justice and inclusion: engaging with the other

This paper opens with a discussion of the relevance of service integration to the successful implementation of the Integrated Community Schools (ICS) policy in Scotland. It continues to offer an overview of the teacher/speech and language therapist (SLT) collaboration policy context and introduces some of the relevant wider children's services integration policy themes. The approach and aim of a discourse-based analysis are then discussed and the paper continues to suggest how such an approach may be used to uncover individuals' identifications and subject positions. The analytical framework of five dimensions of power is introduced, empirical data are analysed to demonstrate how collaboration operates in practice in one specific collaboration relationship, and the issues of power which were uncovered are examined. The analysis would suggest that while policy discourses construct collaboration in particular ways, practitioners differentially appropriate collaboration and other professional discourses as resources with which to construct acceptable identities.     

浅议馆长非权力领导

馆长对图书馆事业的发展至关重要。本文探讨了馆长的非权力领导力量，即依靠馆长自身的素质，以德正己，以仁、情聚贤，以才能称职，从而使馆长更具感召力、凝聚力。     

生料粉磨配合系统研究

生料粉磨是水泥生产的主要工序之一，而球磨机与选粉机如何配合使用，将决定粉磨机的台时产量。     

完善行政权力运行机制是防止权力失控的关键

完善行政权力运行机制．防止权力失控．是行政体制改革的重要课题。本针对我国政府权力设定、运行中存在的问题，如设定不合理、缺乏透明、政府的自利行为、法律程度不高、监督不到位等进行了分析，阐述了完善行政权力运行机制的必要性，并提出完善行政权力运行机制的基本思路。     

电动汽车现状及未来

对电动汽车的关键技术进行了介绍,比较了电动汽车用各种型号电池的性能,总结了电动汽车用电动机需要满足的要求,及其动力总成的布局;对国内外电动汽车的现状进行了比较,并对其未来发展做了论述。     

对加强领导者统御权建设重要性的思考

领导者统御权是现行领导者权力的重要组成部分,它对领导者的领导效能有着重大影响,是正确而成功领导的关键。高校领导管理的特殊性决定其在行使权力的过程中,统御权的影响作用权重更大,直接影响着领导效能。在当前构建和谐社会的新时期,加强高校领导者统御权建设的重要性显得越来越重要。     

高压交流变频调速技术分析及应用

针对我国高压电机设备效率低问题,提出并分析了高压交流调速技术,得出直接高-高型变换高压变频调速技术是最先进的高效节能技术,并结合具体应用计算分析了其高节能效率.     

A 155 Mbps laser diode driver with automatic power and extinction ratio control

An integrated laser diode driver(LDD) driving an edge-emitting laser diode was designed and fabricated by 0.35 μm BiCMOS technology. This paper proposes a scheme which combines the automatic power control loop and temperature com-pensation for modulation current in order to maintain constant extinction ratio and average optical power. To implement tem-perature compensation for modulation current,a novel circuit which generates a PTAT current by using the injecting base current of a bipolar transistor in saturation region,and alternates the amplifier feedback loop(closed or not) to control the state of the current path is presented. Simulation results showed that programmed by choice of external resistors,the IC can provide modu-lation current from 5 mA to 85 mA with temperature compensation adjustments and independent bias current from 4 mA to 100 mA. Optical test results showed that clear eye-diagrams can be obtained at 155 Mbps,with the output optical power being nearly constant,and the variation of extinction ratio being lower than 0.7 dB.