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1)  Qinshan CANDU 6
秦山CANDU-6
2)  CANDU-6 reactor
CANDU-6堆
1.
In order to compare the advantages and disadvantages between natural uranium and slightly enriched uranium,and determine the most optimized slightly enriched(uranium) level,the fuel cycle cost,natural uranium consuming and high-level waste(accumulation) are studied for CANDU-6 reactor with various enriched level fuel.
为了比较稍加浓铀(SEU)与天然铀燃料的优劣,寻找最优的稍加浓铀富集度水平,本文利用WIMS-AECL和ORIGEN程序研究不同富集度的CANDU-6堆燃料在燃料循环成本、天然铀消耗量、高放废物积累等方面的表现。
3)  Qinshan
秦山
1.
Analysis of regional earthquake characteristics and dynamic parameters of Third Phase Nuclear Power engineering in Qinshan;
秦山三期核电工程区域地震特征及场地地震波分析
2.
The background survey methods and results of preoperational environmental radio activity around Qinshan NPP are introduced in this paper.
本文主要介绍秦山核电厂运行前的环境放射性本底调查的方法和结果,同时简要概述了运行中的环境监测计划。
4)  Qindan No.6
秦单6号
1.
Selection and Cultivation Techniques of a New,High-yield,Multiple Resistance Maize Variety ‘Qindan No.6’;
高产多抗玉米新品种秦单6号的选育与栽培技术
5)  CANDU reactor
CANDU堆
1.
The time-average and instantaneous calculations of CANFLEX bundle with MOX fuel in a CANDU reactor are performed, and computational results demonstrate that the maximum bundle power and channel power are under the permissible limits.
估算表明,秦山三期CANDU堆采用先进PWR/CANDU联合燃料循环,将使燃耗提高到13900MW·d/t(U);相对于PWR和CANDU堆各自独立的燃料循环,每年节省天然铀资源180t,减少乏燃料处置量约128t。
2.
In this paper the new fuel assembly CANFLEX for CANDU reactor is introduced.
介绍了CANDU堆新型燃料组件CANFLEX的特点,分析了其物理性能及热工水力特性,并对在秦山三期CANDU-6堆中应用CANFLEX组件的可行性进行了研究。
3.
The purpose of our work is to find a way for application of depleted uranium inCANDU reactor by using MOX nuclear fuel of depleted U and Pu instead of naturaIuranium.
对以贫铀和钚组成MOX核燃料替代CANDU堆中的天然铀的可能性进行了探讨,从而开辟贫铀用于核能的途径。
6)  Qinling mountainous area
秦岭山地
1.
Protection and construction of eco-environment in Qinling Mountainous area;
秦岭山地生态环境保护与建设
补充资料:CANDU heavy water reactor
分子式:
CAS号:

性质:以重水作慢化剂、以天然铀作燃料的反应堆。这一名称亦指由加拿大原子能公司研究的反应堆系列。重水的热中子吸收截面很小,故可用天然铀燃料。采用单根压力管结构,可以不停堆换料。铀燃料利用率高于轻水堆,乏元件中的235U由开始的0.7%降到0.2%,不必进行后处理。重水装载量大,密封防漏问题较多。

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