1. uranium的解释

1. (化学元素)铀：Cesium:(化学元素)铯 | Uranium:(化学元素)铀 | Muse:细想

2. 增压排空：提铀:Exatraction of Uranium | 增压排空:uranium | 铀合金:Uranium alloy

3. 铀云母类矿物：uranite 铀云母 铀云母类 | uranium 铀云母类矿物 | uranium-actinium 锕铀

1. The march of time is 15 days, 14 hours, anti-material and the wall continued to open - 15 Dayton uranium consumption.
    行军时间为15天14小时，反物质墙持续打开-消耗15顿浓缩铀。

2. This paper gives a brief introduction to the exploration of global uranium resources, and analyzes the explored reserve and potential of uranium, production, consumption and supply of nuclear fuel, and the guarantee of uranium resources to the world's nuclear power.
    本文简要介绍了国内外铀资源勘探概况及主要特点，分析了世界铀资源探明储量和潜力，核燃料的生产、消费和供应，铀资源对世界核电的保障能力情况。

3. To do this, it will need to ramp up its uranium consumption from 1, 500 tons a year to 20, 000 tons a year, according to Australian Resources Minister Ian Macfarlane.
    不过，澳大利亚铀信息中心总经理伊恩·霍尔莱西（Ian Hore-Lacy）认为，虽然人气高涨致使铀燃料类股上涨，但中国协议可能不会对澳大利亚新矿开采带来影响。

4. Eg. Aluminum, Antimony, Arsenic, Asbestos, Barium, Benzene, Cadmium, Chlorine, Cobalt, Copper, Fluoride, Formaldehyde, Gold, Isopropyl Alcohol, Lead, Mercury, Methyl Alcohol, Mold, Nickel, Parasites, PCBs, Platinum, Radioactive Materials, Stainless Steel, Thallium, Tin, Titanium, Uranium, and much more.
    可以被吸附出的毒素包括：铝、锑、砷、石棉、钡、苯、镉、氯、钴、铜、氟化物、甲醛、金、异丙基、乙醇、铅、贡、甲醇、镍、聚氯联二苯、铂、放射性物质、铊、锡、钛、铀等等。

5. The influencing factors of the uncertainty of measurement result for uranium in uranium ore by volumetric analysis method were discussed.
    分析了容量法测定铀矿石中铀含量测量不确定度的影响因素。

6. The results show that BODMAC has good ability to extract gold from chloride, the composition of extraction species is BODMA·AuCl〓 The influence of NaCl concentration on distribution coefficient of gold is different from that of uranium.
    结果发现，BODMAC从氯化物中萃取金的能力很强，通过紫外光谱和红外光谱确定了其萃合物的组成为BODMA·AuCl〓的离子缔合物，计算了其萃取反应的平衡常数为10〓。

7. Iran claims to have processed a small amount of uranium so that it can be used in a power reactor; they say they have enriched the fissile uranium-235 isotope of their material to 3.5%.
    伊朗声称：它已加工了少量能在核反应堆中使用的铀。伊朗人表示：他们已把自己所用材料中的易裂变铀 235 同位素浓缩到了 3.5%。

8. A yellow radioactive mineral; an ore of uranium and radium and vanadium.
    一种黄色的放射性矿物；一种由铀、镭、钒混合而成的矿石。

9. Hematite, a type of inorganic sorptive medium, was used for the removal of uranium from aqueous solutions.
    得出溶液中U的去除机理为零价铁对U的还原沉淀和零价铁腐蚀物对溶液中U的吸附沉淀共同作用。

10.

10. The oxygen in the air oxidizes the uranium ore and the uranium is then leached by the bicarbonate radical or carbonate radical in the underground water.
    空气预氧化铀矿层的基本原理是向矿层送入压缩空气，利用空气中的氧氧化铀矿石，再利用地下水中的碳酸氢根或碳酸根将铀浸出。

11. uranium的近义词

11. That is, U-enriched muscovite peraluminous granites are the uranium source for metallogenesis, and the uranium is mainly devided from the parent granite rocks weathered and denudated, not from the hydrothermal solution derived from the parent granite rocks.
      即铀含量较高的晚期二云母过铝质花岗岩是铀成矿作用的铀源，而且，铀源主要来源于被风化并剥蚀掉的那部分母岩，而不是来源于热液流体对现存母岩的交代。

12. uranium的意思

12. This paper reports the synthetic method of containing Resin -Bibenzoyl, methan, discusses the absorbing property of Resin on uranium and the corditions for enrichment and sepa-ration of trace uranium.
      本文介绍了二苯甲酰甲烷萃淋树酯的合成方法，讨论了该树酯对铀的吸附性能和分离富集铀的条件。

13. George Gamow was a brilliant young Russian who came to Germany in 1928 and at the age of twenty-four started a revolution in nuclear physics. He was the first to understand how the quantum theory, which had been invented only three years earlier, could be applied to the nucleus. He used quantum theory to calculate how fast radioactive nuclei such as radium or uranium should decay, and found that the theory agreed pretty well with the observed rates of disintegration. He then made another decisive step, using quantum theory to calculate how easily a charged particle could come into a nucleus from outside. He understood that the same quantum rules apply in both directions. Easy out, easy in. If particles can escape from radioactive nuclei by quantum rules, then they can also penetrate into nuclei by quantum rules when fired at them from outside.
      乔治·加莫夫是一位才华横溢的俄罗斯青年，1928年来到德国，24岁在核物理学领域发动了一场革命，他是第一个懂得三年前才创立的量子理论可以用于研究原子的人，他用量子理论计算镭和铀之类放射性原子的衰变速度，发现这一理论和对裂变速度的观察数据吻合极好，于是他迈出具有决定性意义的下一步，用量子理论计算带电粒子从外部进入原子的条件，他明白同样一条量子法则可以反过来运用，带电粒子容易进入也就容易逃逸，如果根据量子理论，粒子能够从放射性原子内部逃逸，则根据同样的量子理论法则，从外部用带电粒子轰击原子，粒子也能进入原子内部。

14. Interlayer oxidized zone can be divided accurately by Fe_2O_3, Fe_2O_3/FeO and U parameters. We can correct the field macroscopic color zoning by combining the macroscopic zoning and microscopic zoning. Univalent major elements components(Al_2O_3, SiO_2, K_2O, Na_2O) show remarkable activity at the process of interlayer oxidizing, their contents are variable and mingled in different zones and it can't be used in zoning. But we can speculate the developmental degree of interlayer oxidized zone and uranium mineralization according to the concentration trends and variation characteristics of sensitivity group, activity group and their ratios.(3)The comparatively steady elements such as lithiphile elements, sulfophile elements and high field strength elements change regularly at the process of interlayer oxidation except some radioactive elements. Trace elements and rare earth elements commonly enrich in thin rock clast such as mudstone, in which the enriched elements species are more than those in the whole rock, which indicate that the regeneration action in caulking matter are more deep than that in whole rock at the process of interlayer oxidation, and the reallocate intention of trace elements in main minerlized rock in Tuha basin are more intensive than that in Yili basin at the process of deposition, diagenesis and later changes.
      根据化学蚀变参数PC值和分离迁移位等将常量元素组分分为敏感组分组、活动组分组、次活动组分组和惰性组分组，不同组分可分别用于讨论层间氧化带低温地球化学中不同问题；敏感组分(变价元素组分Fe_2O_3、FeO)和U在层间氧化带中迁移富集规律明显，Fe_2O_3／FeOFe~(3+／Fe~(2+)比值具分带判别能力，配合U含量对层间氧化带进行较准确的分带，可克服野外宏观颜色分带偏差：提出Fe~(3+)／Fe~(2+)分带判别值在不同盆地、不同地段不同，除受氧化作用控制外，流体酸碱度不同也是重要因素的观点，对找矿实践有实际指导意义；活动组分(Al_2O_3、SiO_2、K_2O、Na_2O)在层间氧化作用过程中具有较明显的活动性，其含量值变化跳跃，在不同分带相互交织，不具分带指示意义；但利用敏感组分、活动组分及其比值在层间氧化带中的变化特征可推测层间氧化带发育的完善程度及其含矿性；次活动组分组(CaO、MgO、MnO_2)含量低，变化规律性差；惰性组分组(TiO_2、P_2O_5)含量低，活动稳定，可用来反映沉积物源特征。

15. The technical rationality of adopting plenum ventilation in uranium mines, and the effect of the plenum ventilation on controlling radon emination and attenuating radon concentration are discussed.
      论述了铀矿井采用压入式通风方式的技术合理性，以及压入式通风方式对抑制氡析出和排氡降氡的有效作用。

16. uranium

16. Do you know a ton of uranium 235 heavy nuclear fission can produce many energy?
      你知道一吨浓缩铀235的重核裂变能产生多少能量吗？

17.

17. It is indicated that in acid environment nitrate solution is able to satisfy the demand of in-situ leach of uranium completely.
      结果表明，在酸性条件下，硝酸盐溶液能满足原地浸出采铀工艺的要求。

18. uranium什么意思

18. The trace amounts of uranium is determined by differential pulse polarography on dropping mercury electrode after the complex is desorpted and soluted by dilute HCl.
      在pH 4.2~8.2的范围内，U与8-羟基喹啉反应生成不溶于水的络合物，定量吸附在微量萘的表面上，用15 mL 2 mol/L的HCl使该络合物脱附溶解后，在滴汞电极上采用微分脉冲极谱法测定痕量铀。

19. In order to study the migrating rule of contaminants, a steady two dimentional mathematical model is adopted to simulate the groundwater flow field around the uranium miffing dam, and the model is solved with Galerkin finite element method.
      为了研究污染物在地下水中的迁移规律，采用二维稳定流数学模型对铀尾矿库周围地下水流场进行概化，并用Galerkin有限元法对模型进行了求解。

20. uranium的解释

20. Another way to evaluate a company`s uranium property is looking at each part of its development costs.
      另一种方法评估公司的每一部分铀财产是看它的发展成本。

1. 铀
    Uranium is a naturally occurring radioactive metal that is used to produce nuclear energy and weapons.

1. a heavy toxic silvery-white radioactive metallic element
    occurs in many isotopes
    used for nuclear fuels and nuclear weapons

    Synonym: U atomic number 92