1) uranium ore concentrate
铀精矿<冶>
2) Uranium Mine and Mill
铀矿冶
1.
International exchange and technical cooperation on decommissioning disposalof uranium mine and mill facilities;
铀矿冶设施退役治理的国际交流与技术合作
2.
Radiation protcetion on uranium mine and mill in China:past,present and future
我国铀矿冶辐射防护的过去、现在与未来
3) uranium mining and metallurgy
铀矿冶
1.
Following the review of impact of environment and health from nuclear fuel cycle of China, the analysis is carried out to the improvement of producing and protection techniques of uranium mining and metallurgy and the decrease of impact of environment and health, and more attention is focused on protecting action of mining waste water and tailing impoundment.
回顾了我国核工业在过去 30多年的发展过程中环境、健康影响的变化 ,分析了其中的重点环节——铀矿冶设施生产和防护技术的改进对降低辐射危害的作用 ,并以铀矿冶设施中铀矿井废水和铀尾矿库治理的防护水平和代价为例 ,讨论了铀矿冶设施防护的代价效能和防护水
2.
The papers published in journal of uranium mining and metallurgy in recent ten years are statistically analyzed from the amount of papers, the contents of papers, the distribution of authors and citation.
从论文内容、作者和引文情况对《铀矿冶》1994~2003年所刊登论文进行了统计分析,揭示了我国铀矿冶的研究水平和发展方向。
4) uranium mining and milling
铀矿冶
1.
This paper introduces the general situation, production technology of uranium mining and milling industry in Romania and present status of decommissioning management at uranium mines and tailings impoundment.
介绍罗马尼亚铀矿冶工业的一般情况,铀矿冶生产技术,铀矿山和尾矿库退役现状。
5) UMM
《铀矿冶》
1.
PERFECT THE UMM,MAKE NEW CONTRIBUTIONS TO THE DEVELOPMENT OF THE URANIUM MINING AND METALLURGY INDUSTRY;
办好《铀矿冶》,为铀矿冶事业发展作出新贡献
2.
BETTER THE UMM,PROMOTE THE TECHNOLOGY AND INNOVATION OF URANIUM MINING AND METALLURGY INDUSTRY;
努力办好《铀矿冶》,推动铀工业创新和技术进步
6) sodyite
硅铀矿<冶>
补充资料:铀水冶厂
分子式:
CAS号:
性质:传统的铀精矿加工在铀水冶厂进行。经放射性分选等选矿处理所得的铀精矿送往铀水冶厂进行湿法冶炼:以酸或碱液由铀精矿中浸出提取铀;铀浸出液(或浸出矿浆)以离子交换法或溶剂萃取法进行铀的提取纯化;沉淀出铀的化学浓缩物(黄饼),或进一步煅烧为工业八氧化三铀作为铀水冶厂的最终产品。铀水冶厂一般建在铀矿山附近。
CAS号:
性质:传统的铀精矿加工在铀水冶厂进行。经放射性分选等选矿处理所得的铀精矿送往铀水冶厂进行湿法冶炼:以酸或碱液由铀精矿中浸出提取铀;铀浸出液(或浸出矿浆)以离子交换法或溶剂萃取法进行铀的提取纯化;沉淀出铀的化学浓缩物(黄饼),或进一步煅烧为工业八氧化三铀作为铀水冶厂的最终产品。铀水冶厂一般建在铀矿山附近。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条