中国能源政策也会大幅提高铀的需求。
从铁到铀的重元素如何形成？
研究了从高浓度铀溶液中回收铀的工艺。
The technology of recovery uranium from high concentration uranium solution is studied.
此外，铀的吸附作用也是重要的成矿作用。
In addition, adsorption of uranium is also thought of an important mineralization.
我可以证实的是，浓缩铀的问题在会上有所提及。
What I can verify is that the issue of enriched uranium has been touched upon.
本文就近年来有关铀的部分分析方法的新进展进行综合评述。
The recent new progress in the uranium analysis is reviewed in the paper.
黄河口水中铀除以可溶态存在外，悬浮态铀的存在比较明显。
Besides the exist-dissolved species of Uranium, the existence of the suspended state is obvious.
它一旦从分裂的铀中产生，就会很快衰变。
It's just that once was generated from split Uranium, it decayed very quickly.
就像我之前说到的，铀铅年代测定法已经存在一段时间了。
Like I said before, Uranium-Lead Dating has been with us for a while.
如果你在谈论辐射，比如铀元素中的辐射，是的，那是危险的。
If you are talking about radiation, like in the element Uranium, yeah, that's dangerous.
铀-铅年代测定法有一些相当令人兴奋的可能性。
There are a few pretty exciting possibilities for Uranium-Lead Dating.
铀也是一个很大的因素。
大多数核反应堆的废料是铀，它本身并不需要长期储存。
Most nuclear reactor waste is uranium, which by itself doesn't need long-term storage.
它从来没有披露过这第二个铀浓缩工厂的存在。
那红的是二氧化铀。
但是德黑兰坚持说，它的浓缩铀项目是为了产生能源。
But Tehran insists the purpose of its nuclear enrichment program is to make energy.
以澳大利亚为例，该国拥有世界最多的铀储量，但只有三口矿井。
Australia, for one, has the world's biggest reserves, but only three mines.
伊朗表示，不管是什么样的建议，伊朗都不会停止浓缩铀项目。
Iran has said it will not suspend the program for any offer.
每上千个自然界的铀才只有7个原子。
Natural uranium has only seven atoms per thousand of the former.
伊朗在20世纪70年代全球激光热期间开始的激光浓缩铀计划。
Iran began its laser program in the 1970s during the global rush.
本文重点介绍了十年来国内铀水冶科学技术的新进展。
An short introduction of the progress on the hydrometallurgy of uranium is given.
首先，再循环使用的燃料比原来的铀更贵。
First, the recycled fuel is more expensive than the original uranium.
环境中的氡、铀和铅等有害微最元素严重危害人类健康。
Presence of Rn, U and Pb in environment is a ubiquitous hazard to human health.
有一种矿物的放射性甚至比铀还强。
There was a certain mineral which was even more radioactive than uranium.
描述了铀迁移、富集成矿的新机制。
A new mechanism of migration - enrichment for uranium is put forward.
铀源分析是铀矿床成因研究中的关键问题。
Analysis of uranium source is a key problem for study on uranium deposit genesis.
铀源分析是铀矿床成因研究中的关键问题。
Analysis of uranium source is a key problem for study on uranium deposit genesis.
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