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【世界核新闻网站2016年9月8日报道】格陵兰冰盖国际研究项目的研发人员近日表示,相关研究获得了“富有成效的”成果,这些成果可用于评价乏燃料深层地质处置库在未来长达100万年的时间框架内的安全性。这个项目名为格陵兰模拟项目(GAP),由加拿大核废物管理组织(NWMO)、芬兰波西瓦公司(Posiva)和瑞典核燃料与废物管理公司(SKB)在2008—2013年间合作实施,共有6个国家的专家、工程技术人员和研究人员参加,其目的是加深对冰盖与地表相互作用的认识。格陵兰冰盖是全球第二大冰盖,在未来的冰川时期将会延伸覆盖到斯堪的纳维亚和加拿大。加、芬和瑞三国在过去100万年中曾多次经历冰川时期(平均每10
[World Nuclear News website reported on September 8, 2016] Researchers in the Greenland International Research Project for ice sheets recently said the research has yielded “fruitful” results that can be used to evaluate the depth of spent geological geological repositories at Future security within a time frame of one million years. The project, known as the Greenland Simulation Project (GAP), was implemented in 2008-2013 by Canada’s Nuclear Waste Management Organization (NWMO), Posiva Finland and SKB in Sweden, a total of six The participation of national experts, engineers and researchers is aimed at deepening the understanding of the interaction between the ice sheet and the surface. The Greenland ice sheet is the second largest ice sheet in the world and will extend to Scandinavia and Canada in the coming glaciers. The three countries of Canada, Finland and Switzerland have experienced the Glaciation many times in the past one million years (on average, 10 per cent)