日本《原子能赔偿法》规定原子能经营者对核事故承担绝对责任与无限责任。因此,核事故发生最大的问题就是赔偿范围。在这次事故中,虽然因放射能引起的健康损害还没有现实出现,但是,为避难产生的精神损害、财产损害,对土地建筑物损害,对农业、渔业的损害,谣传损害,清除污染的费用等,赔偿数额巨大。因此,如何确保赔偿资金是重中之重的问题。法律规定的保险等措施(1,200亿日元)是远远不够的。日本的《原子能赔偿法》没有规定国家的赔偿责任,国家构建了原子能损害赔偿支援机构,对该机构交付国债支援赔偿。

Nuclear Damage Compensation Act in Japan provides absolute and unlimited liability of the operator of a nuclear installation. Therefore the main problem in a case of an accident is not whether the operator is liable or not, but the scope of the nuclear damages. In the nuclear accident in Fukushima damages to agricultural products and fishery or other businesses, damages to lands and houses, damages caused by evacuation, costs of decontamination are to be compensated. If injury to human body caused by exposure to radioactive substances is conifrmed in the future, the damages thereof will be also compensated. The aggregate sum of damages will be huge that the ifnancial security of 120 billion yen provided in the Act is not enough. Therefore intervention of the state becomes necessary. The state has established and funded an organization to support the compensation.

简要介绍氮化锆生产工艺的技术关键点和创新点，与发明专利中的氮化锆属于特殊金属原子能工业、航空航天、石油化工等新材料领域原材料，需求量大，市场前景看好。

It provides a brief introduction about the key point and innovation point in the manufacturing technique of zirconium nitride. Zirconium nitride, like the patent for the product invention, belongs to new raw material widespread used in special metal atom energy industry, aerospace industry, petrochemical industry and so on. With such high demand, zirconium nitride''s market prospect may appear lucrative.

运用玻尔理论及受力分析的方法,考虑相互作用的不同情况,分析了氢原子与碱金属原子能级结构,并进行了数值计算,画出了能级结构图.再运用比较研究的方法对氢原子能级与碱金属原子能级进行比较,找出其相同点及不同点.

The article by Bohr theory and The analysis of forces method, considered the interaction of different sit-uation, hydrogen atoms with alkali metal atomic energy level structure have been analyzed, and the numerical cal-culation, energy level diagram have been drawn out., Hydrogen energy and alkali metal atomic energy level were compared, by using the method of comparative study on the similarities and differences are found out.

MoS2干膜比常用润滑油、润滑脂承载更高,低温到高温工作温度更宽、寿命更长、且不沾灰尘和雨水,广泛应用于宇航、航空、航海、原子能工业领域。文章综述了MoS2干膜在机载导弹系统润滑减摩的常规应用,以及防烧粘、防腐蚀、600℃高温和洁净润滑等特殊应用。

@@@@As MoS2 solid film can bear heavier loads, work at higher or lower temperature, has lon-ger life, and cannot be contaminated by rain , dust and sand than common oil and grease , it is widely ap-plied in aerospace, aviation, seafaring, and atomic energy industries.This paper discusses MoS 2 solid film’s common applications as lubrication and wear decrease , as well as special applications as ablative-erosive-residue-adhering protection, corrosion protection, lubrication over 600 ℃and in high clean situa-tions, etc.

目的：探讨90Sr-90Y敷贴治疗寻常疣的临床疗效。方法：用中国原子能科学研究院同位素研究所研制的90Sr-90Y敷贴器对245例寻常疣患者进行照射治疗，观察治疗效果。结果：245例患者经1~3个疗程治疗，治愈率为100%。结论：90Sr-90Y敷贴治疗寻常疣是一种安全、简便、无痛苦、经济实用的方法，值得临床推广应用。

Objective: To explore the clinical effect of adopting 90Sr-90Y to treat verruca vulgaris. Methods: 90Sr-90Y applicator, developed by Department of Isotope, China Institute of Atomic Energy, was uesed to treat 245 verruca vulgaris patients by irradiating. Results:The cure rate was 100% after 1-3 courses. Conclusion:The therapy of 90Sr-90Y applicator was safe, simple, painful and economical so it was worthy of clinical application.