区域产业竞争力分析:以苏中地区为例

提高区域综合竞争力,关键是提高区域产业竞争力。根据文章给出的区域产业竞争力指标体系,通过对苏中地区与周边地区产业竞争力状况的比较研究和对苏中地区产业竞争力情况的实证分析,可知提高苏中地区产业竞争力应从提高投入要素的知识技术含量、大力发展第三产业等五个方面作出制度安排。     

1729名大学生人格特征（16PF测试结果）分析

根据华东师范大学1988年修订的卡特尔16种人格因素量表制成网络版,对某高校1729名大学生进行了测试。通过多方面的比较,发现不同性别、不同学科学生的人格因素存在差异。在各种影响因素中,社会文化环境及文化背景对学生性格的形成有着更为明显的影响。     

番茄红素的生产与检测研究

基于番茄红素有防癌抑癌的生理功能,使之成为具有广阔应用前景的天然色素。该文针对番茄红素生产过程中产品产率低、纯度差的现状,对番茄红素的稳定性、生产方法、纯化方法、异构体的分离以及检测进行阐述。为番茄红素工业生产提供理论和实践依据。     

Decision analysis for practical negotiation application

The family of decision analysis techniques can be applied effectively to support practical negotiators in international settings. These techniques are most appropriate in support of the prenegotiation phase, when parties are diagnosing the situation, assessing their own plans and strategies, and evaluating likely reactions and outcomes. The paper identifies how these approaches have and can be used to assist negotiation practitioners, offers a rationale for the application of decision analytic approaches in terms of the particular analytical requirements of the prenegotiation period, suggests how these process-oriented tools can be integrated with substantive tools, and discusses ways in which these tools can be presented and delivered to practitioners in a practical and confidence-building manner.     

关于隐性采访与新闻侵权的法律探讨

隐性采访不仅能真实地采访到用公开方式难以获得的新闻素材 ,将社会丑恶现象曝光 ,而且能最大限度地满足公众知悉社会真实情况的需要 ,充分发挥新闻的舆论监督功能。然而随着隐性采访的增加 ,新闻纠纷与新闻诉讼也随之增多 ,有的记者或因运用不当、或因滥用隐性采访而被告上法庭 ,甚至被判决赔偿精神损害。因此 ,正确认识隐性采访 ,对其进行法理分析 ,把握好隐性采访的度显得尤为重要。     

故障诊断技术的应用

介绍了在工程界已广泛应用的信号分析诊断及尚停留在实验室探索的裂纹分析诊断,模糊分析诊断的工作原理和应用实例。     

顾客价值创新:战略分析的基点

传统的战略分析是以竞争为基点的。其目的是如何比竞争对手做得更好。在这种思维指导下 ,企业经营往往产生竞争激烈、市场不敏感、反应性行为、缺乏创新等后果。在复杂多变的环境中 ,战略分析应转移到顾客价值创新上来。顾客价值创新战略通过为顾客提供完全新型或得到重大改进的价值而使企业经营与竞争无关。顾客价值创新战略与竞争基点战略在战略导向、对竞争的认知及态度、企业本身实力的认识等具有明显不同的特征 ;进行顾客价值创新可以按照顾客价值创新循环机制进行 ,这一循环机制以顾客消费流程分析为起点 ,由创新机会认别、资源需求分析及价值创新实施等环节构成。     

中国移民政策与亚洲银行移民政策的比较研究

从移民的基本政策、移民安置规划、公众参与、移民的组织机构及责任四个方面 ,对中国移民政策与亚洲银行移民政策进行了对比分析 ,找出之区别 ,以便更好地与国际接轨     

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.     

What to Do at Low Doses: A Bounding Approach for Economic Analysis

To quantify the health benefits of environmental policies, economists generally require estimates of the reduced probability of illness or death. For policies that reduce exposure to carcinogenic substances, these estimates traditionally have been obtained through the linear extrapolation of experimental dose-response data to low-exposure scenarios as described in the U.S. Environmental Protection Agency's Guidelines for Carcinogen Risk Assessment (1986). In response to evolving scientific knowledge, EPA proposed revisions to the guidelines in 1996. Under the proposed revisions, dose-response relationships would not be estimated for carcinogens thought to exhibit nonlinear modes of action. Such a change in cancer-risk assessment methods and outputs will likely have serious consequences for how benefit-cost analyses of policies aimed at reducing cancer risks are conducted. Any tendency for reduced quantification of effects in environmental risk assessments, such as those contemplated in the revisions to EPA's cancer-risk assessment guidelines, impedes the ability of economic analysts to respond to increasing calls for benefit-cost analysis. This article examines the implications for benefit-cost analysis of carcinogenic exposures of the proposed changes to the 1986 Guidelines and proposes an approach for bounding dose-response relationships when no biologically based models are available. In spite of the more limited quantitative information provided in a carcinogen risk assessment under the proposed revisions to the guidelines, we argue that reasonable bounds on dose-response relationships can be estimated for low-level exposures to nonlinear carcinogens. This approach yields estimates of reduced illness for use in a benefit-cost analysis while incorporating evidence of nonlinearities in the dose-response relationship. As an illustration, the bounding approach is applied to the case of chloroform exposure.