门捷列夫与创造性科学方法

许多重大的科学发现不单单是向人们昭示科学家在其专业领域内科学研究成果，更为重要的是科学家向人们提供了一种揭示自然界变化规律的创造性科学方法。高级中学课本《化学》(上科版)将“元素周期律的发现”作为教学内容之一，目的是“通过对元素周期律发展简史的学习，不仅能使我们了解具体的发展过程，更重要的可以从中学到科学研究的一种模式和科学思维的一些方法”。     

The GLOBE Visualization Project: Using WWW in the Classroom

Though commercial interest in the World Wide Web is growing, the potential uses of the medium as a learning tool are numerous. The GLOBE Visualization Project is one such educational application. We have designed and implemented a WWW-based, user-friendly, language-independent, graphical user interface providing access to visualizations created for GLOBE, a multinational program of education and science. The target users of the system are K–12 students and their teachers from over 1100 schools in 39 countries; other clients include the GLOBE scientific investigators and members of the public internationally. Navigation is intuitive, and employs the metaphors of a Control Panel which changes the image appearing in a Viewscreen. The interface can be learned empirically by persons of all ages regardless of technical expertise or native language; context-sensitive help is provided for users who prefer documentation. The GLOBE Visualization server is on the World Wide Web at URL http://globe.gsfc.nasa.gov/globe/.     

Dynamic Courseware Generation on the WWW

We have developed a tool for the authoring of adaptive CAL courses, called "Dynamic Courseware Generator" (DCG). It generates an individual course according to the learner's goals and previous knowledge, and dynamically adapts the course according to the learner's success in acquiring knowledge. The DCG runs on a WWW server. The learner receives from this server an individualised course targeted to a specified goal. Afterwards, s/he is adaptively guided by the course through a space of teaching materials on the WWW. Unlike other CAL courses on the WWW, a course produced by the DCG is interactive, it tests the learner's knowledge and dynamically adapts to the student's progress. The authoring tool can be used also for collaborative authoring and learning.     

谈科学探究教学方法

在《科学》实验教学中,只有不断进行"提出问题——猜想假设——设计实验——实验探究——得出结论——反思评价"这一过程,才能更好地激发出学生的创新意识,发展学生的创新思维,培养学生的创新能力,达到培养创造人才的目的。     

利用ASP和ADO技术开发基于WWW数据库的方法

本文围绕ASP的基本概念及工作原理,介绍了利用ASP和ADO技术进行Web数据库开发的基本方法。     

试论科学的研究方法对物理学发展的作用

实验法、归纳法、演绎法、类比法等研究方法，是物理学中一般常用的科学研究方法。本文对上述方法进行了讨论。     

科学方法教育与人的可持续发展

本文主要谈科学方法的教育功能和科学方法教育与人可持续发展的关系.     

高职数学“三段式导学教学法”的科学方法分析

三段式导学教学是近几年高校教学中,一种科学的教学方法,可以通过情境设置,激发学生的学习兴趣,并积极的引导学生进行探索研究学习。高职教学中,数学是一门学习难度较大的课程,对学生的思维能力、探索能力的培养有促进的作用,在高职数学教学中,实施三段式导学教学法,可以充分的调动学习学习的积极性,引导学生主动学习,促进学生全面发展。本文针对高职数学三段式导学教学法的科学方法,以及相关的内容进行分析。     

基于WWW技术的积件系统研究

该基于迅猛发展的WWW技术，提出了积件系统框架模型，把积件基元信息划分为原子积件、分子积件和呈现方式积件，设计了积件资源的编码方式，给出了数据库与磁盘目录相结合的积件资源库组织和管理方法，探讨了积件的组合平台和呈现界面等相关技术，从而为积件系统的开发建设提供了一个较为系统的解决方案。     

基于WWW的在线答疑系统

基于WWW方式的网络远程教学是远程教育中的主要发展模式，它提供了一系列辅助网络课程教学的功能，在线答疑即是其中重要的一个部分。在线答疑系统的建设，解决了网络教学这种非面对教学形式中学生与教师之间交流的难题。本主要就基于WWW方式的在线答疑系统的功能及实现方法进行了讨论，并给出了实际的解决方法。     

通过WWW进行教学的问题研究

对利用Web传递教学所面临的一些问题（Web连接速度、Web反应时间、教学材料的再处理以及数字化学习资料的提供）进行了分析研究。     

WWW信息检索探讨

首行讨论了WWW及其搜索引擎的检索特性和功能,在描述某些基本搜索引擎并给出它们URL的基础之上,详细介绍了目前在Internet上进行信息搜索的方式方法,并讨论了在信息检索过程中应注意的一些问题。     

Broken Links: The Ephemeral Nature of Educational WWW Hyperlinks

The use of distributed (Internet) resources to enhance both traditional and distance education has caused much excitement in the science education community. However, one of the difficulties with relying on such freely available distributed resources has been the lack of certainty that the resources will be available for students next month, next semester, or next year. We have recently been involved in the development of three graduate-level biochemistry courses designed for high school teachers. Development of these courses relied heavily upon distributed science education resources. As a consequence, they represented a set of authentic science education resources that could be monitored over time to determine their rate of extinction. In total, the three courses contained 515 nonredundant URLs representing either scientific content of science education pedagogy. These have been monitored on a monthly basis during the 14 months since the creation of the courses (August 2000). During this period 85 (16.5%) of the URLs have ceased to function or had their content changed. The most attrition was seen in URLs with the edu, com, and org domain names, in which 17.5, 16.4, and 11% have already become inaccessible.