浅析邓小平处置群体性事件的思想方法

改革开放初期，随着人民群众利益关系调整和思想观念转变，一些地方相继发生了学生请愿游行、群众械斗、聚众冲击党政机关等群体性事件。邓小平同志从处理改革发展稳定的关系入手，形成了“冷静分析形势、端正处置态度、积极化解矛盾”等处置群体性事件的正确思想和方法，展现出高超的政治智慧。这些思想方法，对现阶段武警部队履行维护国家安全和社会稳定、保障人民安居乐业的职能使命具有很强的指导意义。     

The rise and fall of counterproliferation policy

The US government initiated a Defense Counterproliferation Initiative to address the concern that, in the post-Cold War years, the proliferation of nuclear, biological, and chemical weapons would be widespread and create a significant challenge to the US military’s combat operations. In particular, non-nuclear states might use chemical or biological warfare agents against US forces with the belief that nuclear weapons would not be used against them in retaliation. Following the events of September 11, 2001, defense strategy and policy shifted to a wider view of the threat of adversarial use of “weapons of mass destruction” (WMD) and the term “counterproliferation” was replaced by “combating” or “countering WMD.” Over time, the Defense Department increasingly moved away from counterproliferation principles with the detrimental effect of losing capabilities that US forces still need for contemporary adversaries. This shift has been aggravated by other US government agencies’ use of “counterproliferation” in lieu of what would have been termed “nonproliferation” activities in the 1990s. The loss of clarity within the US government on these terms has led to the inability to focus the “whole of government” on this significant national security challenge. To alleviate this challenge, the US government needs a top-down initiative to refocus policy on the distinctly different aspects of WMD with respect to military combat operations, combating terrorism, and homeland security.     

谈公安边防部队处置边境地区暴（骚）乱事件中的组织指挥

针对当前边境地区日趋复杂的暴（骚）乱事件的特点，就公安边防部队处置边境暴（骚）乱事件的有效方式、组织指挥进行研究探讨，提出建立警民一体联合指挥机构、运用信息手段、正确运用战法等相应对策。     

双质量飞轮的弧形弹簧设计及仿真分析

为了研究双质量飞轮的减振特性及其在汽车上的使用情况，在分析弧形螺旋弹簧双质量飞轮工作原理的基础上，经过理论推导，得到了应用于双质量飞轮的弧形螺旋弹簧的刚度计算公式，根据此公式完成了2个弹簧和6个弹簧双质量飞轮的弹簧参数计算和结构设计；建立了车辆动力传动系统的多自由度扭振分析仿真模型，对2种形式双质量飞轮减振效果进行了仿真分析。分析结果对设计适用于已知工况的双质量飞轮具有实用意义。