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  • Juan Chang
    Studies on Science Popularization. 2008, 3(5): 18-22.

    Nowadays portfolio has been applied and researched broadly in the school educational field. On the base of understanding the scope and application characteristics of portfolio, I believe that the development and application of portfolio in science and technology museum will become an important area. This paper firstly introduced the background knowledge of the portfolio; then discussed the theory and practice significance of the portfolio development of science and technology museum. Finally, looking forward to design and apply reasonably portfolio in science and technology museum such non-formal educational institutions, I made a number of recommendations on how to use portfolio in science and technology museum.

  • Yang Mo, Haomu Shun, Qing Zeng
    Studies on Science Popularization. 2008, 3(5): 23-28.

    In this paper, a series of basic theories about popular science resource sharing is analyzed initiatively. It's the first time to define the concept and elements of China's popular science resource sharing, and then concludes the meaning and purpose of it. It is also for the first time to make the basic condition and principles.

  • Xiaoo Li, Yaping Huang, Yetao Sheng, Shuaijiang Feng, Jinlong Xing
    Studies on Science Popularization. 2008, 3(5): 29-32.

    This paper proposes the composition of standardization system for scientific popularization exhibits, describes the major contents of the standard covered by the said standardization system and proposes suggestions about the stage works for standardization system for scientific popularization exhibits.

  • Rongting Zhou, Kun Huang
    Studies on Science Popularization. 2008, 3(5): 33-37.

    This article starts from the conceptions of Science-popularizing Product (SPP) and the innovation of SPP, and then according to multiple-level product theory and based on digital technology, puts forwards the strategies for different product levels. On the level of generic product, the strategy focuses on modality innovation; On the level of expected product, it focuses on function innovation; On the level of augmented product, it focuses on service innovation.

  • Xinfang Liu
    Studies on Science Popularization. 2008, 3(5): 38-41.

    Based on the analysis of case of Wenchuan earth-quake, this paper analyzes the importance and urgency of disaster education, and puts forword methods and policies which will be helpful to strengthen the public disaster education while commemorating the sixth anniversary of the enactment of the Science Popularization Legislation.

  • Changjiang Yuan, Wanhe Liu, Zhaoxin Wang
    Studies on Science Popularization. 2008, 3(5): 42-46.

    Great outburst events do latent harm to the health of children and adolescents. It is very important to help them study and grasp the related knowledge, which can help them correct the bad behaviors and improve their consciousness of diseases prevention. In order to improve the disease prevention knowledge of the children and adolescents in hand-foot-mouth disease epidemiologic areas and the ability of mental adaptability of children in disaster area of earthquake in Sichuan Province, we worked out two pieces of science popularization pictures meet an emergence, and analyzed the ideas of design. We hope it is helpful to communicate the experience of working out science popularization productions, and to improve the design level of science popularization workers.

  • Liyuan Zhai, Hongbin Gao
    Studies on Science Popularization. 2008, 3(5): 47-52.

    For the equivalence of education opportunity, the science education on basic stage should face to all of the minors. By the great efforts, the science education of China, which with the biggest population in the world, had been of great achievement. But, because of the large population and the development level of economy and society, the status was very serious, that the resource of education was lack. And, the big differences of science education still exit between the rural and urban, in different areas, in different schools and between male and female. To advance the education fair and improve the scientific literacy of China citizens, in February 2006, a long-term project, called The Outline of National Action Program for Scientific Literacy of All Chinese Citizens (2006-2010-2020), were formulated and put into practice by State Council of the People's Republic of China. With the carrying out and the practicing of the Outline, the science education on basic stage was enhanced and the developing trend of the action on improving the minors' scientific literacy was well.

  • Jie Xu
    Studies on Science Popularization. 2008, 3(5): 53-56.

    Integration of the history of science in science education and teaching has become an important international trends in science education. Main practice: 1.combine scientific education in the history of science; 2.combine the scientific method in the history of science education; 3.conducted scientific spirit of the history of science.

  • Hui Yang
    Studies on Science Popularization. 2008, 3(5): 57-62.

    The relationship between Goldbach's conjecture and minke (folk sciences) and the media effect in figuring the image of science during the publicity of scientists are discussed. In the popularization of science with high density and high intensity Chen Jingrun and his research of number theory had been symbolized and become an ideology. More than 30 years since then, world-shaking changes have taken place in China's social environment, and as the exceptional group of people in the process of China's history, the folk scientists have also beard changes in the in the new social space such as the research area and the utilizing of new media such as internet. The author suggests that the criticism should be contained in the transmitting of science, and a new way in science communication should be explored.

  • Zhenghong Chen
    Studies on Science Popularization. 2008, 3(5): 63-67.

    TCheat-science is other than pseudoscience and anti-science but abnormal science form. It is belong to science knowledge but for purpose of non-science with using cheat methods. Cheat-science has different existence forms. It's particularity in today China is not only has science knowledge but also has non-science purpose and supports from some scientists. The demos can not distinguish its true or false. The cheat-science has harm both for science popularization and ethic of science popularization. It also impacts elevation of scientific attainment of Chinese demos and shaping of scientific spirit.