CAJ | 학술논문

日本福岛核事故以后,探索一种在极端条件下也能保证放射性物质不向外界扩散的核电技术,是未来核电安全发展的重要方向. 结合我国国情,从安全性、国家发展战略、水电核电联合、公众接受度等方面论述了发展地下核电站的重要意义. 研究表明,地下核电站深埋于地下,利用地下洞室围岩的包容性,有利于事故后果可控,符合我国核安全规划的要求;同时,地下核电站有助于消除公众对核电的恐惧心理. 发展地下核电站适应我国国情,是实施创新驱动发展战略的重要举措.
일본복도핵사고이후,탐색일충재겁단조건하야능보증방사성물질불향외계확산적핵전기술,시미래핵전안전발전적중요방향. 결합아국국정,종안전성、국가발전전략、수전핵전연합、공음접수도등방면논술료발전지하핵전참적중요의의. 연구표명,지하핵전참심매우지하,이용지하동실위암적포용성,유리우사고후과가공,부합아국핵안전규화적요구;동시,지하핵전참유조우소제공음대핵전적공구심리. 발전지하핵전참괄응아국국정,시실시창신구동발전전략적중요거조.
Since the Fukushima nuclear accident occurred, to explore a new nuclear power technology without radioactive dif-fusion to environment even under extreme accidents is a significant important direction for future nuclear power development. Based on the basic situations in China, we demonstrate the important meanings of developing underground nuclear power technol-ogy in terms of national security, national development strategy, integration of nuclear power and water power and public accept-ance level. The results show that due to the deep surrounding rock that encloses the underground nuclear plant, the security would be in control even under accident case, which complies with domestic nuclear safety plan; meanwhile, the underground nuclear plants are helpful to eliminate the public fears to nuclear power industry. So promoting underground nuclear power suit the specific conditions in China, and also is an important measure for implementing the innovation-driven development strategy.