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Original Research

Comparison between a 13-session and One-time Program on Korean Elementary, Middle and High School Students’ Understanding of Nuclear Power

원문정보

Eun Ok Han, YoonSeok Choi, YoungKhi Lim

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초록

영어

Background: To help future generations make accurate value judgments about nuclear power generation and radiation, this study will provide an effective education plan suitable for South Korea by applying and analyzing programs for the understanding of nuclear power within the diversely operated programs in the current Korean education system. Materials and Methods: This study analyzed the difference in educational effects by operating a 13-session regular curriculum for one semester and a one-session short-term curriculum from March to July 2016. Results and Discussion: As a result of operating a 13-session model school and a one-time educational program to analyze behavior changes against the traditional learning model, it was found that all elementary, middle and high school students showed higher acceptability of nuclear power in South Korea. The variation was greater for the model school than the short-term program. Conclusion: To prevent future generations from making biased policy decisions stemming from fear regarding nuclear power, it is necessary to bolster their value judgments in policy decisions by acquiring sufficient information about nuclear power generation and radiation through educational programs.

목차

ABSTRACT
 Introduction
 Research Methods
 Results
  1. Changes in acceptability of nuclear power according to model school and short-term programs
  2. Comparison of knowledge and attitude changes between model school and short-term program
  3. Comparison of knowledge and attitude changes by school level between model school and short-term program
 Conclusion
 Acknowledgements
 References

저자정보

  • Eun Ok Han Department of Education & Research, Korea Academy of Nuclear Safety, Seoul, Korea
  • YoonSeok Choi Department of Education & Research, Korea Academy of Nuclear Safety, Seoul, Korea
  • YoungKhi Lim Department of Radiological Science, Gachon University, Incheon, Korea

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