id stringlengths 15 145 | text stringlengths 2 241k | title stringclasses 1
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uranium_in_earth/supply_of_uranium2_6.txt |
</tr>
<tr>
<th>Low-grade ore – 0.1% U</th>
<td>1000 ppm U</td>
</tr>
<tr>
<th>Very low-grade ore* (Namibia) – 0.01% U</th>
<td>100 ppm U</td>
</tr>
<tr>
<th>Granite</ | |
uranium_in_earth/supply_of_uranium1_240.txt | f2GF1eg6jY6Z03iJZzbJpKWfSdez2yau0A+C54q3Mjt/MnlUyral0n2S+E0ccOZuAWEj+QXv+UP1IA85eLEMsqmf/Vr8WM+vr5hvLRKkwtP0cLuS2HCxK77dxa8DCMVf+eHmwvMkOonoAKmfzcH+g | |
uranium_in_earth/Uranium10_55.txt | M.; Kozimor, S. A.; Noriter, F. M.; Birnbaum, E. R.; John, K. D.; Fassbender, M. E. (2018). "Separation of protactinium employing sulfur-based extraction chromatographic resins". Analytical Chemistry. 90 (11): 7012–7017. doi:10.1021/acs.analchem.8b01380. ISSN 0003-2700. OSTI 1440455. PMID 29757620.
| |
uranium_in_earth/supply_of_uranium1_449.txt | 7psCUHkCcbUO7z81wqNTWVF884PpohXk3p7d9D4vZu/4bm6mNtLSfwYmS0oyCxwO5OiBU0J9IVCtpkTFxdM6ykzyrq1otvOTE16xcmPCLHrS9Y1ufA7AD0GsCFXWRptravYrd+KnbyAihpq3nB5dbAKm1JJhFAupD1 | |
uranium_in_earth/supply_of_uranium5_2.txt | that will not reflect reality. Not only will these forecasts tend to overestimate the price required to meet long-term demand, but the opponents of nuclear power use them to bolster arguments that nuclear power is unsustainable even in the short term. In a similar fashion, these finite-resources analyses also lead obs... | |
uranium_in_earth/what_is_u5_2.txt | name="a-f5f4loil9ima" frameborder="0" scrolling="no" sandbox="allow-forms allow-popups allow-same-origin allow-scripts allow-top-navigation allow-modals allow-popups-to-escape-sandbox allow-storage-access-by-user-activation" src="https://www.google.com/recaptcha/api2/anchor?ar=1&k=6Lelc9cZAAAAAEWdW6m97JPbCKAJ | |
uranium_in_earth/supply_of_uranium4_10.txt | the world's known recoverable resources, there are substantial amounts comprising what is known as 'unconventional resources'. Such unconventional resources, from which uranium can be produced in conjunction with other metals, as by-product, have accounted for over 11% of historical uranium production. </p>... | |
uranium_in_earth/supply_of_uranium1_186.txt | Vxkzs3anpYOVCqX5sjk7g5+X6iodu+q4iJ+oNEMBJfTjwXoUQSRgDTMB0eB1/2kbwcjfLr4UzpCKiJSvb0nzU8BThNDINHHkiKI7Dmhhq6/sJ7+Ukj+3lNCMHRPrlB3FZpSqjU+l5r0zCUS | |
uranium_in_earth/u_and_t4_16.txt | 193">
<p>In-situ mining is also called in-situ leaching, in-situ recovery or solution mining. The technique involves dissolving minerals using either an acid or alkaline leaching solution which is pumped through the ore body. The solution dissolves the uranium and then these uranium-rich fluids are pumped to the surfac... | |
uranium_in_earth/supply_of_uranium1_572.txt | /Rufj8kLtOaAoNk21tvQBv7v2jTCtNyf27deFa1zePZk6kv3jB57zZexVvcHvF0KdUKWAu9heHdC798/e3GRf56zk4pG4o2y2OonfUGCJnC0cKQy+A7uS/vNKaYUqlCN4FdW34jv7cCVvodpFtaaoJSv | |
uranium_in_earth/Uranium10_29.txt | , S. J.; Lopez-Chiaffarelli, N.; McGuinness, L. R.; Häggblom, M. M.; Williams, K. H.; Long, P. E.; Kerkhof, L. J. (2015). "Spatial Distribution of an Uranium-Respiring Betaproteobacterium at the Rifle, CO Field Research Site". PLOS ONE. 10 (4): e0123378. Bibcode:2015PLoSO..1023378K. doi:10.1371/journal.pone.01 | |
uranium_in_earth/supply_of_uranium2_12.txt | -plus"></span></h2>
<p style="display: none;"><b>Table 2: </b><b>Uranium resources by country in 2021</b></p>
<div class="table-responsive" style="display: none;"><table cellpadding="2" cellspacing="1" id="tablestyle" style="text-align: center;">
<thead>
<tr>
<td> </td>
| |
uranium_in_earth/supply_of_uranium1_528.txt | Jk6JEV7nYnwpzIpTn8NvqRMak3O3QA/CsHaMIvTTLeeRbY0nSBYgJTR8PBPMyUDDjda1YrYljmAyb2xR8k3BIGaQpjfJWIkEf+WoSv72Ft6rcB+qN56k9alv01E3wA4tlGK8J9OTjpWAf391dkZfWJHp | |
uranium_in_earth/supply_of_uranium1_142.txt | GVw18tdPcBcXz/y/p2h3iqMexculpL66tvqcxnmlNm/XjstLlZW89z/TYDQfKp9fGkedyMdSJ9ETi05bkuS16xI9HgwvOqjPaRc5NrqT4YpiW9RM0GoYMfpWSurrWqHtm7z8NXcg0GGMZrD9VS6yrjO | |
uranium_in_earth/supply_of_uranium1_276.txt | m3NOOiSXgqz3YOoq0qBfcbEe8AANgeO82G4E9668uQW31iVPsqQRh0DOl3u4EcHWuBlLQ+I8rSV3GGfuix28EDNSW4JRCV6nfoNNp5pyUXMLvy18uFqiYp29BjGp13YXN8sIcoDW4A4Be7oWeAtbodKDTDHN4t | |
uranium_in_earth/u_and_t1_9.txt |
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uranium_in_earth/supply_of_uranium1_68.txt | LpadxNRm7G8vdm7DgpRy++7pDMRWKaibvCLtTcIaRPnnsuAu5OIyXDvaWuqpHRy3of3fn7Yk4Ez69a0EVgYs8A919iqHLpExCldv4AWXPYSXqcAw+moaHq9eknXhmSZb3O10Jt2nzBZxE29Gz5sCqem+jbrq9 | |
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uranium_in_earth/radionuclide_basis1_43.txt | .6 1.8.4.3 1.4 1.8.4 1 0 1.7-.1 2.2-.2v3.7c-.9.2-2.1.3-3.8.3-2.1 0-3.6-.4-4.6-1.2s-1.5-2.2-1.5-4.2v-16.8h-4.4z"></path><path d="m241 44.6c-.3-1.2-.5-2. | |
uranium_in_earth/supply_of_uranium1_51.txt | Y7j8LiOiOh4EJiNVy4Mtn7ANG5O46hGPBtGexSkLUoT7t8cGsEM+XMe6gHUnR9XP46tuAIO15QJtRYb97vcwamlOa/0Pa+js/hhPoboACO0t8RnyLxuoZHa/mmAl+wxwluPwDv9FJ7cuUA+SS1uuX3AmKPbnh8BLBysrIik | |
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uranium_in_earth/radionuclide_basis2_25.txt | weapons.</p>
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uranium_in_earth/supply_of_uranium1_55.txt | utfagoesCdyk9T6Qh+FyxI9mA3DnLVprSFpR+bvWDu5/6ATg56zc0PnozfHYCz0bOMW/CtHjzUTAK69NHubkJoTvMDmunLbGPOx3C8IHuGR11AeMNMt46gD3qddsRQ6OGsdEze//WACZIjT4IXGbfprdw63MZt/dzCHTiCopwe | |
uranium_in_earth/supply_of_uranium1_106.txt | n09mz1c6cMkzf+G4LYer3DHo/ltE7Iw3xjIqz331186F/NC4hmdz0/vTQSPK8BpnDABpIVS/B3/QyJY6go4dKbJhykNILEW4hGgIaGd47O0hFo9/Cx3YIgsEAhTHXYQbL/7BjMU2RG+4E0vKp | |
uranium_in_earth/supply_of_uranium1_533.txt | 5UNIfA7QVqw4cV2VuyZ/yZDnpeVuFA1FSauBmNboaO1zqH4JUC6Ysp8gVjLo6sFOqIUdsGly39G2vjXITPcRS7Ux8/jtaZRx0XfXw+ICW5m59WKNYgLPb3ypPVkeP1qSb/RLgxOr8q6GvE9Wygj4D | |
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uranium_in_earth/supply_of_uranium1_295.txt | Rjs7PyfAxmx4iV4rMVP+ZVEzoEYrHS5hh4FWzHbbua+LTy7EfeNfBRJlK/2UaRGr1Seat1j4RwCUV9I3ue2+sFe0gxYte0rkqsaUowC6v6Fvy67gNzPQ3hCiQX5/0L/xMyl6j5elQ/hv8poJn6/+3OAV | |
uranium_in_earth/supply_of_uranium1_369.txt | VlmMjdrqdAMKx0/NMr+F1e15mRqTIMAhJqBXLweuJYvugHUkXFN1LLBepZOr++4ZXW0g7XYxdn5ixmbjVaJn/NViZ206u9YeFTxKjgQmbdUYAQhXL8Yjg8FPVlkIwWQJ89NnuEQssKRh9VMBjXgki0KMeSVCVN | |
uranium_in_earth/supply_of_uranium1_442.txt | zxaTUMJxcDL8jg+ShMywRSLG4izPCySbNX3Jb5bD/2IY+R5VHSsiVPHt4kcRCG//qCH1C/F2a3Z31OWGc9m4lN3zP5DBmc3SinBFSAUOp6Bc56NlYK3vvh9H3MKqPtJsNTbvdIO2vLszbg95uUR4il9sKHMEZ | |
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uranium_in_earth/supply_of_uranium4_9.txt | the work). Additionally, the USA has completed the process of downblending another 20.1 tonnes of HEU. The AFS programme is administered by the US National Nuclear Safety Administration, foreign access must be through a US entity, and the fuel will be sold at current market prices. The 286 t amount is equivalent to ab... | |
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uranium_in_earth/supply_of_uranium3_13.txt | nbsp;1945-2022 can be divided into four distinct phases:</p>
<ul style="display: none;">
<li>A military era, from 1945 to the mid-1960s. The generation of electricity from nuclear fuel was incidental to the nuclear arms race. Production rose rapidly in the 1950s to satisfy the requirement for highly enriched ura... | |
uranium_in_earth/Uranium10_12.txt | deckten metallischen Substanz". Chemische Annalen. 2: 387–403.
^ "Uranium". The American Heritage Dictionary of the English Language (4th ed.). Houghton Mifflin Company. Archived from the original on 27 July 2011. Retrieved 15 January 2007.
^ Péligot, E.-M. (1842). "Recherches Sur L'Uranium". Annales de chimie et de ... | |
uranium_in_earth/Uranium10_48.txt | code:2012PhRvC..85a5801L. doi:10.1103/PhysRevC.85.015801.
^ Wallner, A.; Faestermann, T.; Feige, J.; Feldstein, C.; Knie, K.; Korschinek, G.; Kutschera, W.; Ofan, A.; Paul, M.; Quinto, F.; Rugel, G.; Steier, P. (2015). "Abundance of live 244Pu in deep-sea reservoirs on Earth points to | |
uranium_in_earth/supply_of_uranium1_486.txt | 4wnD6qVMWfQ/yxu3MIYPmVxQK5oQ7CMmQeUZpzXiq3dP6wjTdquRluTXenyPW/L+ED5U2nopyDWPtPU4ZRasRbvhVcTrJKADMlfXnZB+JG8vvGTOVOJlckFY2Vnn5De2y0NbZ15FXxhYNH9o4FAp4vRp | |
uranium_in_earth/supply_of_uranium3_9.txt | tr>
<tr>
<th>Namibia</th>
<td>158,856</td>
</tr>
<tr>
<th>Niger</th>
<td>156,797</td>
</tr>
<tr>
<th>Czech Republic</th>
<td>112,055</td>
</tr>
< | |
uranium_in_earth/Uranium10_4.txt | .1088/1674-1137/abddae.
^ Magurno, B.A.; Pearlstein, S, eds. (1981). Proceedings of the conference on nuclear data evaluation methods and procedures. BNL-NCS 51363, vol. II (PDF). Upton, NY (USA): Brookhaven National Lab. pp. 835 ff. Retrieved 6 August 2014.
^ "Uranium". Encyclopaedia Britannica. Retrieved 22 April ... | |
uranium_in_earth/radionuclide_basis3_6.txt | all forms of uranium found in the environment.</p>
<p>The U.S. mining industry can retrieve uranium in two ways. The first is to mine rock that contains uranium. The second is to use strong chemicals to dissolve uranium from underground rocks into ground water, and then pump the water to the surface. <a hre... | |
uranium_in_earth/supply_of_uranium1_634.txt | kauoQAcRSSll8nenptlQ/fwg8PIRcrDCo28CLSSZByQYlOAsWJVoJdtXqn5pCYI1zRRm6Odg6FD2Ey9dQ3D9Ezf/0HLzRVP9t3TIZeGVRgNEDfkudnhqddIIAlSS6O9XDc94AUFbyNQ6VDlw0qShQ9ixi0iTN34 | |
uranium_in_earth/supply_of_uranium1_420.txt | ByWTGlUUKgSfkmxjBOOzd9qzgifsb9uLc1cgzJNRX2K41aYcZvyDl0N5SgJu4qcX6/xNsmy8PH/7IajDOtFxS2DX9SncMQ4UjBvH5DH/KQZl6/8bm00KKPX6Sm+fedErG1roFeF+gbcFN72I5FLa6oAr8tFfR | |
uranium_in_earth/what_is_u2_4.txt | <strong>Address</strong>:<br>
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uranium_in_earth/supply_of_uranium4_35.txt |
<li>economic principles have not been taken into account, which means that resources are thought of only in present terms, not in terms of what will be economic through time, nor with concepts of substitution in mind.</li>
</ul>
<p style="display: none;">What then does sustainability in relation to mineral resources... | |
uranium_in_earth/Uranium10_52.txt | ^ Goffer, Zvi (2006). Archaeological Chemistry (2nd ed.). Wiley. p. 106. ISBN 978-0-471-91515-7.
^ Zhang, Z. Y.; et al. (2021). "New α -Emitting Isotope 214 U and Abnormal Enhancement of α -Particle Clustering in Lightest Uranium Isotopes". Physical Review Letters. 126 (15): 152502. arXiv:2101.06023. Bibcode:2021PhRvL... | |
uranium_in_earth/supply_of_uranium1_24.txt | icnkJp4haYDWn3bEJ7lQE/yywjcO7uh5btCRXHpzBymZ2Yi6ZwCWt2Qv5kSIH5rIOwLapP8b4twTP+XSmjiCbrqtpQNTzHM99ulTWR/6qWbwk5pd3HDb/95KmrT26PozEbJv0x+YlBhKD60gwc5h5jYj | |
uranium_in_earth/supply_of_uranium1_301.txt | 7pZMbFy0UWYuneHPs5zIovWj+sq/8DXti8lduhhpofMqdbIfBercfkl4erUCHt3RPfxtvb2UbOWGNJAhF56Wd7tKAHYBPQaGdwMfxCvxCBOdPwYZgRFCPEwzHdId8MvBGNoqZu2fiGQHX8VEGeyUTM+jDOh236iFG7P | |
uranium_in_earth/u_and_t4_24.txt | au/digital-publication/aecr2021/uranium-and-thorium">Current uranium and thorium resources, production, consumption and trade information</a></li><li><a href="https://www.ga.gov.au/scientific-topics/energy/province-sedimentary-basin-geology/uranium-thorium-geology">Further uranium resource and production information</a... | |
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uranium_in_earth/u_and_t4_7.txt | power programs.</p><p>Exports of Australian uranium are controlled by strict nuclear safeguards with other countries. Those safeguards specify that Australian uranium must be used exclusively for peaceful purposes in civilian nuclear fuel cycles. The material is also protected in accordance with internationally agreed... | |
uranium_in_earth/u_and_t4_21.txt | combining the compound with fluorine compounds. Enrichment plants use centrifuge systems, with thousands of spinning vertical tubes to separate uranium-235 from uranium-238. Highly enriched uranium, with uranium-235 levels higher than 20%, is suitable to power submarines and naval ships and levels above 90% are used f... | |
uranium_in_earth/supply_of_uranium4_19.txt | three times as abundant in the Earth's crust as uranium. The 2009 IAEA-NEA <em>Red Book</em> listed 3.6 million tonnes of known and estimated resources as reported, but points out that this excludes data from much of the world, and estimates about 6 million tonnes overall. For more information, see paper on <a hr... | |
uranium_in_earth/supply_of_uranium1_558.txt | HO+dWCleIPtCcAj6IfxwbPF5tCVVZXpiGHGU77pCtNc2j58D5eFrfdMsJG7tk78AAeGKDSfFm8aQsNS78MRohLQomEypnQSM/kZHv9BRtwOAN7AUDaWi3xUT1SbvDEWBwscgrpVkbNplDK0AR602+dbqEa+GHRFD5Yg2JKoRLb | |
uranium_in_earth/radionuclide_basis1_66.txt | .8-3.2c.4-1.3.6-2.9.6-4.7-.1-6.4-2.5-9.6-7.1-9.6-.7 0-1.5.1-2.4.3-.8.3-1.7.8-2.5 1.6-.8.7-1.4 1.7-1.9 3-.6 1.1-.9 2.8-.9 4.8z"></path><path d="m155. | |
uranium_in_earth/supply_of_uranium1_117.txt | WyrW4oJ6aOiJv5qymhvfHqiqL6880QcsvFjd61qw+crj0ZKb10z/t5id3OtiuQL6i/AcR2wSMLKolEAZ8akRTgv8AfmqPSWPNzj4NaprWOjucQA83pZ2kBeOBGHLubZWPkf8NRnYq2d5uji7B29Ud53nhdhtY | |
uranium_in_earth/supply_of_uranium1_524.txt | dmGGon2rnSkr9xoc3T25GBHCrQSJm3jLRjaaLYu6nUG0grxa9tcF7BtQj7RWOtq7mZAz12jVy8NmdupjXGt889B82gByz6mSnpd1ePAsC9iuw58aLdeY6mXYgS7dxY63VBnVZcpnAwjgLEIN2UENLKoRWh7soLRaB8M | |
uranium_in_earth/supply_of_uranium1_633.txt | FQVupIxAwCsR9MT9HdfN592+esbfIH2rmeFDAcrB9IA844NFeN+LxfjY7MEG4ASUTlRfB+VXcGdTepplv3+UD10cLIQxNrh0Z3N21ZInpFijVCeljnn6xp0zzvi74ujvvEtYcVcfc12E2U40yee+qtfC40uO03cJmUqtzza3 | |
uranium_in_earth/supply_of_uranium1_99.txt | em/Y8t280wrtS6LcYVsPC1zyTj075O1MV1Ttdw4uO/QOtQ2+CiybbpHnjALcDXhn+rLXgAXcO7AOba3S2SJhlwg787yW9Ggz/XhaHxzk92AO+qg+X8AynIdvJdzJOuiMNHsNcuhN7IHnecgrGzefseo/xni | |
uranium_in_earth/supply_of_uranium1_264.txt | a4k13hKyFDhr7Y4DG2o4slrqisfFQsvUSECJErLiu45fquY86dH8SvOGd3zJpX68YJ4b3fdkCsxLM41fWrIDjugcSHQSwkaoecoOhdRK06QTFzsaPJlFgfyDpw6YofrHfeu3a421y/FOGiZhPwPOvGVjKAf04fIaXp4ndX | |
uranium_in_earth/supply_of_uranium1_567.txt | ifKjDV8GoPr8f+hU0E9lRqiY2ll1K+g7THyipaK3zs5h7zTSjG/zlrym19GU/mntyebmuJdBuLkkPyY5PvXVZwGHPnuRhwnACwNoNeAWd7a0btWXi82kPqG0WbONxriBT00hqP2Un1H/QH5tys1/7M8hFWvXk | |
uranium_in_earth/supply_of_uranium1_35.txt | HbERxJ7xnDA9zf1sQXlf7IBIfwaXIIycCypW4GyimaStngXwHGLBOjUWuO+S5WGYXZqypv43MX2YqvYJjxxEx+fv5IP0v/5pv0ZVhgU6TeGvifaJCeMQHjftIyBBkUu4HAYIJY00Mvk1HaQIVwVXlxkZPgqk | |
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uranium_in_earth/supply_of_uranium1_268.txt | XXaZDTFUM5j0nJnJtjpCmyRI7rRvgzyzEe7NbKRG5LVUBm2dcLK0pQp8qgYKa3iT0z/Dtd9kW0C5aON4Cu/PyPAFIN/AMfj60yMOGosBudssDG2YE5Xp8uDLNbtPrJwXfu1BsrNQz6KX4I6fB4iouucqAFB | |
uranium_in_earth/supply_of_uranium1_552.txt | WY2OfqaHiwrz92+frrGB47uzZuzDdpl6HTfBszNn9T6lfslBMmQWniptojHgvTbMqZbBeAHVItTiC/3f369n9v28YCjQMxANPvs+x6kEVhh2I3oYURIwDi0R+D/4eSxlb/6rcMk8RCl5oxnfIqpj7Yqy5mzQch | |
uranium_in_earth/supply_of_uranium1_323.txt | VeI3vQ3W5pGpCuWs/gXoOnTYaEP6Ch/gmlJ618C3d4csUTOAhhcl9V5Coqdx6HWSRnaY2xKLMC0yw8QVnajpjzeJuTYn4PcIOPlFSUbGtnVmLALqqGsy6f7TS3tl2vU5wyYO0REeL2hHM6UVaZFO2bY1wNFO6fY | |
uranium_in_earth/u_and_t3_24.txt | transported and precipitated within ground waters by subtle changes in conditions. Uranium-rich minerals also dissolve easily, which is a further factor in the wide variety of geological conditions and places in which uranium mineralisation can occur.</p><p>In uranium deposits such as Beverley, Four Mile, and Mount Pa... | |
uranium_in_earth/u_and_t3_14.txt | He sent the black mineral he found (later called thorite) to his father, a mineralogist named Jens Esmark, at the University of Oslo.</p><p><strong>1829</strong> Jöns Jacob Berzelius determined that the rock called thorite contained a new element, thorium</p><p><strong>1896</strong> Eugène-Melchior Péligot isolated th... | |
uranium_in_earth/supply_of_uranium1_563.txt | cupuQf2j5Gx64uPXrGpALfmuNKzy2m3LW1A77B2sp4jYCAbfMrTUf2AChmkzd+Ug6QHW5xaU1t7C+Zi5z6iSrbf9bHkYuyLZ6FymYg71kfxCtDyuJiG0/t3LlXxP+fhba+d4HtuT6Hltd5Z6+ | |
uranium_in_earth/radionuclide_basis4_10.txt |
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uranium_in_earth/Uranium10_46.txt | Archived from the original (PDF) on 4 October 2016. Retrieved 4 July 2016.
^ Roederer, I. U.; Kratz, K.; Frebel, A.; Christlieb, N.; Pfeiffer, B.; Cowan, J. J.; Sneden, C. (2009). "The end of nucleosynthesis: Production of lead and thorium in the early galaxy". The Astrophysical Journal. 698 (2): 1963–1980. arXiv:090... | |
uranium_in_earth/supply_of_uranium1_311.txt | 8bdGZUipaKNiZMX6ltzG/f3I2AFh4O+CIL2b+vANLaiWBzpfFjKRheCYY+eY7vO9Pso80qKrcaFcSSG9c7D74aK7KLTslg/icnR2aQy6pEYGSb/zS9pyVTH6hTMVq8K4mSJUvev6jWDP0oV5hWw5 | |
uranium_in_earth/what_is_u5_12.txt | </div>
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uranium_in_earth/supply_of_uranium1_577.txt | HP+RPisPhxkP249GdW1yfZXOw4Ui90laAbSUxJXJltJ5rlu83+WE6MsvpZYVN1BGP5h8hNPU2eb9p/HTj0qZgVnQsdf0SN+XFKo6fhSau9xcp4ZORMq/DWi9YQIgpdBkWa+DTiAWbh8OrHBVOYAxOzfYLt1KfcZ | |
uranium_in_earth/radionuclide_basis1_124.txt | 7 1.6-3.1 2.7-4.2 1.1-1 2.3-1.8 3.6-2.2s2.5-.6 3.7-.6h1.6c.6.1 1.3.2 1.9.4.7.2 1.4.5 2.1 1.7.4 1.3 1 1.8 1.7.9 1.1 1.4 2.1 1.7 3.1.2 1.3 1.8.3 2. | |
uranium_in_earth/supply_of_uranium5_18.txt | used-nuclear-fuel.aspx">Processing of Used Nuclear Fuel</a></h3><h3><a href="/information-library/nuclear-fuel-cycle/uranium-resources/uranium-from-phosphates.aspx">Uranium from Phosphates</a></h3>
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uranium_in_earth/u_and_t4_2.txt | is also found at Beverley and Honeymoon in South Australia, in the Ranger and Jabiluka deposits of the Northern Territory, and at Yeelirrie in Western Australia. Queensland's three most prospective uranium deposits are inland from Townsville, in the Mount Isa region, and in the Gulf of Carpentaria region near the Nort... | |
uranium_in_earth/supply_of_uranium1_70.txt | zvil7bv/Uj/cwrTUYJlq+FDoG24GZdECvgW9bOqr7lvOlBKq4E1n++FQjEkVA6jUBjMiWPGwr+xD1aPQgKw3SGU6CfV5CSnjigXQakf7/QHgfWjek10bNJi01qww6sTqvPd3hRxTCGHfluPA/bdUHXb | |
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uranium_in_earth/supply_of_uranium4_59.txt | 88, and motor cars each use about 30% less steel than 30 years ago)</p>
<p style="display: none;">An excellent example of this application of technology to create resources is in the Pilbara region of Western Australia. Until the 1960s the vast iron ore deposits there were simply geological curiosities, despite their ... | |
uranium_in_earth/supply_of_uranium1_349.txt | 6RPjgvh+M5p/WCZecRvEBRII2tMJ0Nf4dPvxeQgZoufMx37IH8f4wVApYt6aNwPcdoGwRjLaw1BLEmHO+TsgIj+YNBoHwmpKfZmEx5Z8XcU8jByCHanE6PbgYhFPcNNaPiX+pJEK728XwZUAo0cxNxf3b | |
uranium_in_earth/supply_of_uranium1_421.txt | cQCPP37YmQdKJQsFPvk979mGdcWLXvOCzjgsB8TX0HESJ9d8ghpBrjt3fUk507LEoQMmw7VHEur7vQgifvwR6bXoQ1fASj+XTwtFo6el2Y0n8m8+AjdI7ZiR7ESTzMUahcfqyqiY/gdZriGMko4tfArYtAp | |
uranium_in_earth/supply_of_uranium1_498.txt | 93v+97eVWnRqfrv1EAeuyAmhIUSYjWoAee24ZCaoo2jb+OuPFi7LMIqHdh8YsiyEubi/gSl+t49Ooepva4eFpc5k8WwU3u9SDH4pTzletDVXFYMuIn/LQ7IQbaSZ4QWR4CDw4lGoVZw1eev1t0VPtOI1EV+3vY | |
uranium_in_earth/supply_of_uranium1_233.txt | 5ZKMUjVuIgcmHDfPv5DeiTncOHAUp8xDBMrJVjzoTAVkt0exTQJow6MSWAPg3boFYifXU2YgvC62DB/p1JMP084uKVEjp0EbkralUoAVkC9L+2fIa3C8TVQhBr+WjFItNBapa45HSQx2VQA7qL0fi/2Vcvbk7os30 | |
uranium_in_earth/supply_of_uranium3_29.txt | per year of DU assaying over 0.3% U-235, stripping it down to 0.1% and producing a few thousand tonnes per year of natural uranium equivalent. This Russian programme treating Western tails has now finished, but a new US one is expected to start when surplus capacity is available, treating about 140,000 tonnes of old D... | |
uranium_in_earth/supply_of_uranium1_6.txt | UEN1UCC1mVUB2dhNyosRpk/PiM6VZto0nuyRxvykUMYl9r3yg0PbMF9dHcPWA54gBY/Bwd0BzuszyG5Zgs+7wsuey+qYDWHp9rb6wwiDEctAUGRDeTIG3snKT5yvML4Wb2VLayzXSQpAqw0W/NRthfmKkF34pA8 | |
uranium_in_earth/radionuclide_basis2_0.txt |
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uranium_in_earth/u_and_t2_1.txt | small> Uranium and thorium </h1>
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uranium_in_earth/supply_of_uranium3_21.txt | from re-enrichment of depleted uranium tails (left over from original enrichment). These various secondary sources make uranium unique among energy minerals.</p>
<h2 id="ECSArticleLink3">Secondary sources of uranium <span class="togglecontent fa fa-plus"></span></h2>
<p style="display: none;">The most obvious second... | |
uranium_in_earth/radionuclide_basis1_21.txt | -14.8 38.7-35.2 38.7h-36.3z"></path><path d="m315.9 143.9h29.7l12.9-35h54.2l-8.1-21.9h-38.4l18.9-50.7 39.2 107.6h29.7l-53.1-133.1h-33.7z"></path></svg>
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