China’s Choice of Analytical Models for Its Anti-Monopoly Law

Modern analytical models for anti-monopoly laws are a core element of the application of those laws. Since the Anti-Monopoly Law of the People’s Republic of China was promulgated in 2008, law enforcement and judicial authorities have applied different analytical models, leading to divergent legal and regulatory outcomes as similar cases receive different verdicts. To select a suitable analytical model for China’s Anti-Monopoly Law, we need to consider the possible contribution of both economic analysis and legal formalism and to learn from the mature systems and experience of foreign countries. It is also necessary to take into account such binding constraints as the current composition of China’s anti-monopoly legal system, the ability of implementing agencies and the supply of economic analysis, in order to ensure complementarity between the analytical model chosen and the complexity of economic analysis and between the professionalism of implementing agencies and the cost of compliance for participants in economic activities. In terms of institutional design, the models should provide a considered explanation of the legislative aims of the law’s provisions. It is necessary, therefore, to establish a processing model of behavioral classification that is based on China’s national conditions, applies analytical models using normative comprehensive analysis, makes use of the distribution rule of burden of proof, improves supporting systems related to analytical models and enhances the ability of public authorities to implement the law.     

素质教育对化学教师素质的要求

化学教师必须具备良好的思想道德素质 ,丰富的化学专业知识和较全面的知识技能、丰富的教育理论水平以及探索创新的精神才能适应新世纪的挑战     

物理化学授课体系改革与研究

培养高素质、综合型人才的关键是教育.针对物理化学课程的特点,对授课体系进行了改革、研究,对课程内容进行重组,设计,构筑了有利于高素质人才培养的课堂教学模式.     

材料化学与高技术新材料和信息材料

材料化学的研究对象是物质的组成、制备、结构与性能的变化规律及其应用。它强调现代精细材料合成与光电技术相互结合,深入系统地研究各种材料制备工艺及其与材料性能的关系,发展新型功能材料的人工设计技术,采用先进的实验技术和方法,研究和发展具有特定微结构和性能的新型功能材料。高技术新材料和信息材料的发展离不开材料化学,反过来,材料化学的发展进一步推动高技术新材料和信息材料的发展和进步。     

微型实验在农科大学基础化学实验中的探讨及应用实践

微型化学实验是化学领域的一次重大改革,是实现绿色化学的基础。文章阐述了微型化学实验的产生、特点和发展现状,并根据我校实际情况探讨了微型滴定分析法在农科大学基础化学实验中的应用实践。     

Horwitz's rule, transforming both sides and the design of experiments for mechanistic models

Summary. The paper develops methods for the design of experiments for mechanistic models when the response must be transformed to achieve symmetry and constant variance. The power transformation that is used is partially justified by a rule in analytical chemistry. Because of the nature of the relationship between the response and the mechanistic model, it is necessary to transform both sides of the model. Expressions are given for the parameter sensitivities in the transformed model and examples are given of optimum designs, not only for single-response models, but also for experiments in which multivariate responses are measured and for experiments in which the model is defined by a set of differential equations which cannot be solved analytically. The extension to designs for checking models is discussed.     

化学新课程改革与微型化学实验

新一轮基础教育改革中，化学新课程改革在理念和内容上都强调学习方式的转变，即倡导探究性学习．探究性学习的实质，是学生主动参与教学过程，积极从事各种探究活动，亲自发现科学概念和原理，掌握探究技能．事实表明微型化学实验是实现探究性学习的有效手段．     

测定二氧化碳分子量的微型实验

利用自制的简易气体发生器和洗气装置对二氧化碳分子量测定微型实验作了进一步的探索和实践、测定结果不仅达到无机化学实验对测定精度的要求。而且更便于推广和普及．     

分析数学的一组结论

运用分析的方法，给出并证明了分析数学中有关函数、级数和算子的一组结论。     

影响分析化学实验结果因素的探讨

本文探讨了影响分析化学实验结果的因素，指出溶液的酸度、试剂的浓度，用量、加入顺序和溶剂等都对分析实验的结果产生影响，并分析了其原因。