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The future of nuclear power: A world-wide perspective.

机译:核电的未来:全球视野。

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摘要

This study analyzes the future of commercial nuclear electric generation worldwide using the Environmental Kuznets Curve (EKC) concept. The Tobit panel data estimation technique is applied to analyze the data between 1980 and 1998 for 105 countries.; EKC assumes that low-income countries increase their nuclear reliance in total electric production whereas high-income countries decrease their nuclear reliance. Hence, we expect that high-income countries should shut down existing nuclear reactors and/or not build any new ones. We encounter two reasons for shutdowns: economic or political/environmental concerns. To distinguish these two effects, reasons for shut down are also investigated by using the Hazard Model technique. Hence, the load factor of a reactor is used as an approximation for economic reason to shut down the reactor. If a shut downed reactor had high load factor, this could be attributable to political/environmental concern or else economic concern. The only countries with nuclear power are considered in this model. The two data sets are created. In the first data set, the single entry for each reactor is created as of 1998 whereas in the second data set, the multiple entries are created for each reactor beginning from 1980 to 1998. The dependent variable takes 1 if operational or zero if shut downed.; The empirical findings provide strong evidence for EKC relationship for commercial nuclear electric generation. Furthermore, higher natural resources suggest alternative electric generation methods rather than nuclear power. Economic index as an institutional variable suggests higher the economic freedom, lower the nuclear electric generation as expected. This model does not support the idea to cut the carbon dioxide emission via increasing nuclear share.; The Hazard Model findings suggest that higher the load factor is, less likely the reactor will shut down. However, if it is still permanently closed downed, then this could be attributable to political hostility against nuclear power.; There are also some projections indicating which reactors are most/least likely to be shut downed from the logit model. We also project which countries are most likely to increase/decrease their nuclear reliance from the residuals of EKC model.
机译:这项研究使用环境库兹涅茨曲线(EKC)概念分析了世界范围内商用核电的未来。 Tobit面板数据估计技术用于分析105个国家在1980年至1998年之间的数据。 EKC假设低收入国家增加了其对电力总产量的核依赖性,而高收入国家则减少了其核依赖性。因此,我们期望高收入国家应关闭现有的核反应堆和/或不建造任何新的核反应堆。我们遇到停工的两个原因:经济或政治/环境问题。为了区分这两种影响,还使用危害模型技术研究了关闭的原因。因此,出于经济原因将反应堆的负荷率用作关闭反应堆的近似值。如果关闭的反应堆具有高负荷系数,则这可能归因于政治/环境问题或经济问题。该模型仅考虑拥有核电的国家。将创建两个数据集。在第一个数据集中,从1998年开始为每个反应堆创建单个条目,而在第二个数据集中,从1980年至1998年为每个反应堆创建多个条目。如果运行,因变量取1;如果关闭,则因变量取0。 。;实证结果为商业核电的EKC关系提供了有力的证据。此外,更高的自然资源建议使用替代的发电方法,而不是核能。作为制度变量的经济指数表明,经济自由度较高,而核电发电量却低于预期。该模型不支持通过增加核份额来减少二氧化碳排放的想法。危害模型的发现表明,负载系数越高,反应堆关闭的可能性就越小。但是,如果仍将其永久关闭,则可能归因于对核电的政治敌视。还有一些预测表明哪些/最可能从对数模型关闭的反应堆。我们还预测了哪个国家最有可能从EKC模型的残差中增加/减少其核依赖性。

著录项

  • 作者

    Aktar, Ismail.;

  • 作者单位

    Clemson University.;

  • 授予单位 Clemson University.;
  • 学科 Economics General.; Economics Theory.; Energy.
  • 学位 Ph.D.
  • 年度 2003
  • 页码 189 p.
  • 总页数 189
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 经济学;经济学;能源与动力工程;
  • 关键词

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