儒家思想对汉民族服饰观负面影响二题

文章论述了传统的等级与礼教等思想对汉民族服饰观的负面影响 ,表现为服饰的森严的等级观念和趋同的服饰心理     

国民党对日派遣占领军问题浅析

战后国民党政府对日派遣占领军问题是在美国的亚洲政策及对日政策的影响下提出的,是国民党政府忙于打内战使此问题未果而终。这一结局影响中国战后对日处置一些问题的实施,进而影响战后一段时期亚太地区的国际关系。     

政府绩效评估与企业绩效评估比较及借鉴意义

政府部门与企业同属社会公共组织,两者的绩效评估具有可比性。政府绩效评估和企业绩效评估可以相互借鉴:政府绩效评估可以借鉴企业绩效评估的评估技术、价值导向、评估方法;政府绩效评估可以引导企业绩效评估关注企业的社会责任。     

全力支持河套大学人才培养水平评估 构建巴彦淖尔完善的国民教育体系

10月份,教育部将组织专家组对河套大学进行人才培养工作水平评估,对河套大学而言,这既是机遇也是挑战。经过21年的发展,河套大学取得了可喜的成绩。通过这次评估,河套大学要理清思路、深化改革,认真整改,迈向新高。教育行政部门大力支持对河套大学人才培养水平评估,支持河套大学的发展。     

Low dose risk estimation via simultaneous statistical inferences

Summary.  The paper develops and studies simultaneous confidence bounds that are useful for making low dose inferences in quantitative risk analysis. Application is intended for risk assessment studies where human, animal or ecological data are used to set safe low dose levels of a toxic agent, but where study information is limited to high dose levels of the agent. Methods are derived for estimating simultaneous, one-sided, upper confidence limits on risk for end points measured on a continuous scale. From the simultaneous confidence bounds, lower confidence limits on the dose that is associated with a particular risk (often referred to as a bench-mark dose ) are calculated. An important feature of the simultaneous construction is that any inferences that are based on inverting the simultaneous confidence bounds apply automatically to inverse bounds on the bench-mark dose.     

高等院校英语强化课程的评估体系与评估模式的构建

文章选取培正商学院的一年英语强化教改项目作为研究个案,根据(背景—输入—过程—输出CIPP)评估理论,利用质性评价和量性评价相结合的手段,对强化项目的背景和过程进行了评价。并由此构建出了一个针对高职高专院校公共外语教学的、具有自我约束并持续改进的课程评估体系。     

东北抗日义勇军入新后对新疆社会的影响

“九·一八”事变后，东北军民组成抗日义勇军与日军进行了殊死搏斗，最后被迫退出东北，取道苏联，来到新疆。他们为稳定新疆政局、新疆军事的近代化、新疆经济文化的发展等作出了贡献，对新疆社会产生广泛影响。     

高校科研管理工作的几点思考

本文从五个方面对高校科研管理工作进行了阐述,提出了一些自己的看法,旨在进一步改进科研管理工作.     

企业改制与资产评估

企业改制是建立现代企业制度的必要途径。资产评估是企业改制中必不可少的重要环节。资产评估应明确评估目的、评估基准期、评估对象 ,掌握正确的评估方法和规范的评估程序。在企业改制中要特别注意设计稳妥的剥离方法 ,对非经营性资产和非经营性人员进行合理的剥离     

Potential exposures and risks from beryllium-containing products.

Beryllium is the strongest of the lightweight metals. Used primarily in military applications prior to the end of the Cold War, beryllium is finding new applications in many commercial products, including computers, telecommunication equipment, and consumer and automotive electronics. The use of beryllium in nondefense consumer applications is of concern because beryllium is toxic. Inhalation of beryllium dust or vapor causes a chronic lung disease in some individuals at concentrations as low as 0.01 microg/m3 in air. As beryllium enters wider commerce, it is prudent to ask what risks this might present to the general public and to workers downstream of the beryllium materials industry. We address this question by evaluating the potential for beryllium exposure from the manufacturing, use, recycle, and disposal of beryllium-containing products. Combining a market study with a qualitative exposure analysis, we determine which beryllium applications and life cycle phases have the largest exposure potential. Our analysis suggests that use and maintenance of the most common types of beryllium-containing products do not result in any obvious exposures of concern, and that maintenance activities result in greater exposures than product use. Product disposal has potential to present significant individual risks, but uncertainties concerning current and future routes of product disposal make it difficult to be definitive. Overall, additional exposure and dose-response data are needed to evaluate both the health significance of many exposure scenarios, and the adequacy of existing regulations to protect workers and the public. Although public exposures to beryllium and public awareness and concern regarding beryllium risks are currently low, beryllium risks have psychometric qualities that may lead to rapidly heightened public concern.