板书在物理化学多媒体教学中的合理运用

运用多媒体教学手段可以生动地展现物理化学中一些抽象的概念或现象。而物理化学中诸多原理和公式需要给出严格的推导,单一的多媒体教学手段在物理化学教学中难以达得理想的效果。板书与多媒体展示的有机结合,才能更好的引导学生思考相关知识的来龙去脉,从而提高教学质量和效果。     

非水溶剂和非水溶剂化学的特性及应用进展

非水溶剂具有水所没有的特性．在非水溶剂中可以得到与在水中不同的反应结果．许多不能够在水中发生的化学反应，在非水溶剂中却可以发生或者向相反的方向进行；非水溶剂在制备无水盐，制备某些异常氧化态的特殊配合物，改变某些反应的速度，改进工艺，提高产率等方面都具有重要的意义。     

21世纪化学的新概念

作为新世纪的化学教师应及时了解本学科的新概念及新发展。本从化学的定义、研究对象、研究内容及研究方法等方面介绍了21世纪化学的新概念。     

化学实验室的污染与防治

化学实验室产生的污染因其累积效应大、成分复杂，对环境造成的危害很大，但由于每次排放的量小，容易忽视，如不及时采取应对措施，其后果将难以预料，本针对化学实验室的污染问题，提出提高认识、加强立法和执法管理、以防为主、防治结合等具体措施。     

本科有机化学实验教学评价方法探索

为了客观地评定学生有机化学实验成绩,探索新的有机化学实验量化评价方法,采用"全程监控"加期末抽查评定法对学生进行全面评价,实践结果表明,本方法对促进实验教学质量的提高具有重要意义.     

The effects of science,technology, society and environment （STSE） education on students＇ career planning

The leakages in secondary level education brought forward the necessity to restructure the educational system so as to address the social and individual needs and meet the requirements of Turkey; therefore, a ＂reformation＂ study became an obligation. The formal education in Turkey starts at the age of 6, when the individual is shaped within the system. Determination of the characteristics of an ideal future citizen of a country should be apprehended at all levels of education and individuals should attain these appreciated characteristics. The reformed science education programs in Turkey aim to guide the individuals to be scientifically and technologically literate. Through enabling an individual, who is in a technological media, to attain the required knowledge, skills and attitudes, the individual should have the ＂science and technology literacy and creative thinking＂ skills. Individuals should recognize the technological environment they live in as well as the dimensions and facilities of technology, and should be aware of the fact that they could make use of these opportunities. In the light of this aim, this study involves the teaching of ＂separating mixtures＂ to 9th grade students in relation with science, technology, society and environment and the examination of its possible effects on students＇ achievement as well as their career choices. The Chemistry Achievement Test and the Career Choice Questionnaire were administered as pre- and post-test to serve as data collection tools. The study concluded that chemistry education in relation with science, technology, society and environment would lead students to choosing different fields for their future careers by changing their perspectives towards science. A significant increase in students＇ chemistry achievement levels was also observed.     

环保意识在中学化学教育中的培养

科学技术的进步促进了社会各项产业的发展,但由此也带来了各种灾害的发生和社会问题,在教学中结合化学教材内容,利用化学实验、课外活动等对学生进行环保教育,树立学生的环境保护意识。     

Teacher and school characteristics and their influence on curriculum implementation

Reform‐based curriculum materials have been suggested as a mechanism to make inquiry‐based instruction more prevalent in secondary science classrooms, specifically when accompanied by comprehensive professional development (Loucks‐Horsley, Hewson, Love, & Stiles, 1998 ; Powell & Anderson, 2002 ). This research examines the implementation of a reform‐based high school chemistry curriculum in a large, urban school district. We explicitly consider the role of the teachers' knowledge and beliefs in their implementation of the reform‐based chemistry curriculum, as well as school level factors. Qualitative and quantitative data were collected in the form of beliefs interviews and classroom observations from 27 high school chemistry teachers. Analysis of the data revealed that implementation of the curriculum was strongly influenced by the teachers' beliefs about teaching and learning, and the presence of a supportive network at their school sites. © 2007 Wiley Periodicals, Inc. J Res Sci Teach 44: 883–907, 2007     

化学双语教学网络资源的筛选依据

化学双语教学必须要充分利用国外化学网络资源.该文结合南京晓庄学院化学系的双语教学和教育网站的建设经历,对一些英文化学网站进行分析,发现国外优秀英文化学网站普遍具有互动性、探究性和层次性的特点.这些特点可以作为我们化学双语教学网络资源的筛选依据.     

高职高专有机化学实验课程的教学改革与实践探索

高职高专人才培养模式对有机化学实验教学提出了更高的要求．针对传统的有机化学实验教学中存在的缺点,探索有机化学实验的教学改革与实践,其中主要包括对实验教学内容、教学方法和考核评价体系等三方面的改革,旨在培养学生的创新和实践能力,大大提高有机化学实验课程的教学质量．