id stringlengths 15 145 | text stringlengths 2 241k | title stringclasses 1
value |
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uranium_in_earth/supply_of_uranium1_400.txt | 5UA2Tmt36XDYF5JyJPPyXgoYbDWObikL33yusLjvOZn1fe6gy5CD0sjnImTLP2qyNuK15Etj7LncxbfsifxPPRekcV4Eb98iDoY7VhvBL5Rzf0wtPSe9qpFVcZ1NtN0Co0nKbaMnLOMQRfdtuHmH7GYk2 | |
uranium_in_earth/supply_of_uranium1_638.txt | b4cZxn3n+YxCxyscSy/e4MylekuxgGanjR5sL37YBrJhcC25pJYX0Jj3Asfi62fvOpbZ/TFbSTkkuz3gl56+5QScW4ki7nzVu2kgWqPA0+eWndNIuEumCIt6NJna6gxAQhfGCxhVz37mOpNGu2XfNsBeMDCUZ0 | |
uranium_in_earth/supply_of_uranium1_596.txt | B5RlLikXEenHB5W9olOtjC/TCGDWp6RK+Pu9US4M0/lSYHI6V2vMdXnIV7vrNyNJaI/L4SakagIgqdMEUR74VE6Ed0Y1Gmiz0nnqGpTbpyqW0ohFyUF/4H2j/cEfa0XFjHMtr9goRGF8k6OeO87pdIO3 | |
uranium_in_earth/u_and_t3_4.txt | </td><td headers="table95222r1c2">
1132°C
</td><td headers="table95222r1c3">
1750°C
</td></tr><tr><td headers="table95222r1c1">
| |
uranium_in_earth/supply_of_uranium4_44.txt | aspx"></p>
<p style="display: none;"><br>
The fact that many commodities have more resources available than efficient economic theory might suggest may be partly explained by two characteristics of mineral exploration cycles. First, the exploration sector tends to over-respond to the positive price signals through rap... | |
uranium_in_earth/supply_of_uranium2_13.txt | <td>tonnes U</td>
<td>percentage of world</td>
</tr>
</thead>
<tbody>
<tr>
<th>Australia</th>
<td>
<div align="center">1,684,100</div>
</td>
<td>
<div align="center">28%</div>
</td>
| |
uranium_in_earth/Uranium6.txt | part6 -------------------
Compounds
Reactions of uranium metal
Oxidation states and oxides
Oxides
Triuranium octoxide (left) and uranium dioxide (right) are the two most common uranium oxides.
Calcined uranium yellowcake, as produced in many large mills, contains a distribution of uranium oxidation species in various f... | |
uranium_in_earth/u_and_t3_15.txt | claim at a uranium deposit in South Australia to mine carnotite (uranium ore). The deposit was used to produce radium, an element that was used to paint clock faces until the risks of its radioactivity were understood. The site eventually became Australia's first large uranium mine, Radium Hill, mined from 1954-1961</... | |
uranium_in_earth/supply_of_uranium1_254.txt | ynU6tjyMO+IvBQ5A+ZXwySfTGVd7dP7688PetSGKerwaXSm/mpgt2mpb3vmrAfHe4mnFeMQ1xYcQ6MB0CZi9OYhTl0NQmWseus++gYx4de0yInx3u09WNal5Z4bDqzsEwPR7Y30HdCkpLCJO6NFfFRj0L0woQDKlI | |
uranium_in_earth/supply_of_uranium1_328.txt | 34EHSdpjgyP5jSYFU2TwddpwqUcFi8DwtVVNAZ6zq/6kzWw7Kb7a5wUgHurAMkZSzjh0FGyXokAeaFS2zlACLbhyhgXXIihoNhihTuhx0G2bBp6RQbOMuPLrcLYwUz9mEkAJSRN+uFJCRyylE9R0/MIHw | |
uranium_in_earth/radionuclide_basis4_6.txt |
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uranium_in_earth/supply_of_uranium1_353.txt | QVal8LYll2otkeA/GaNTjTJzqbR9QoYKm5QomOy1qtzEaM4jsBGzZOHI9vqP5WHZi0dsJZHVr1SBbjZkLw1jxlnG+fD1q3rFWFrD3c270i6pALnYJdjom9IMAjVCjhlpj+/dq6Hl+bNT04sXVf10IoUV3 | |
uranium_in_earth/supply_of_uranium1_243.txt | qgG329mzZK2X1DQ8HP62/0NLR7xvrGtowTSbruyZdpO3dSnr6nU4F4qt149bYCHndnshJL79tHJi3oqgB+bjQ0wR+pDkxzYE8IZ4ExUAXFRus+gbZPyt7FTw0tpcsTgdequRDl5XUZGxj5Vywyq+7AAaKEBV | |
uranium_in_earth/supply_of_uranium1_408.txt | f30tqS783Y1X2z3sRnXr62YDhcaX9QHreC9W9okKMdvBMkp9oEjChlByXpuYoGRibR4esm1rEWwvN0NABw0wYcp4yJWcmt/qb6fIj2lMS69xUgnPzvDJsFN10PRUMxXHb3EgDsXo6CJTK7ZTCm9FB7rrVe | |
uranium_in_earth/supply_of_uranium3_10.txt | tr>
<th>Russia</th>
<td>90,725</td>
</tr>
<tr>
<th>Uzbekistan</th>
<td>76,808</td>
</tr>
<tr>
<th>France</th>
<td>76,021</td>
</tr>
<tr>
<th>China | |
uranium_in_earth/u_and_t3_2.txt | High
</td><td headers="table95222r1c3">
High
</td></tr><tr><td headers="table95222r1c1">
Ductility
</td><td headers="table95222r1c | |
uranium_in_earth/supply_of_uranium1_113.txt | Ualfq5YmhPprQMKKY3JXxAkmMxm6JlmsUij6JnLTHChACeBLidGM4HGlkyV9ZdSriHJ1E/MTiDicYql8THZR5fCpi48pVpepHG4r5YFOm53ocvKCFSNbVDh3K30fLJ8DGAI+PZ8oOEaT89U3lmUXRaTuY3/r | |
uranium_in_earth/radionuclide_basis1_139.txt | -path="node/165317">Health</a></li><li class="menu__item"><a href="/environmental-topics/land-waste-and-cleanup-topics" class="menu__link" data-drupal-link-system-path="node/165171">Land, Waste, and Cleanup</a></li><li class="menu__item"><a href="/lead" class="menu__link" data-drupal-link-system-path="node/3085">Lead</... | |
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uranium_in_earth/supply_of_uranium1_320.txt | bUy17TOgX6+mWko2Q+1/fHlpWU6SvJ5PYebXPqin8y5CBw1HHdcAmO+Chji96+/ZA1/YQHGI1umC13OiOBipUIorZCvDa0fwqzTeG/XkCKstTD9XTYZXZIZIpURmhHvksXGnQ/1GqmPXM9v7y1hZT0S2+ | |
uranium_in_earth/supply_of_uranium1_232.txt | GsGf8rdI2NFwOlwznH2AXmPkpO5ObZfTZmxRIHq4Eff/7oH/WR2D9L78Ldk7vrD7ExhJ0OX1aeZyNPhkhcJFfMKm/GJPcJn5CJ+k7+n1UJruYytOfnMibBFrl2exXND+Lbi93IHJ3y3eDuGFJc2n9e3ang | |
uranium_in_earth/supply_of_uranium1_440.txt | G+/uCpxOaMCKKxkQDY71HOPOvtbRemw3GMIgdkDebAyUxQ1efeducF4WLW2tibp4N1jSt27X/eNdDi1ylhA6YeJQwRZFyJUn80sMJVFCqQgbL7IYPQdFmG6PE8Phrc+W9YVkhrolOBxren8zGACu/r6F0btGZZWFvYR | |
uranium_in_earth/supply_of_uranium1_23.txt | 34SDmOVq4rK0JVFyG/w4mWLiJi/O5EDE4Hm8BrzqSYdEHsV/K65LuCI3cUFY6FLSEHt4bckTG4fgF3gi45lwAQhEjEeLQ9yzRVc2M3yodmcfINImHuE440Gd4DLCeBINXWqjs/keHGgJYPnjrhGM7lXkfR+ | |
uranium_in_earth/supply_of_uranium1_385.txt | QHg+c4FgWLXJDfCsXNjRaQiu0NRHLw1oA/5+FMKD7iBl6hD0YC61/WBUz3RJ7YiH3DwpXqANLXjJhVXS8v1q0BpuYVnZroevLHPZAJqySKotiPuSTduyUCV8f0Cm6xYExWngHps+h1JgLcHxiCsBZ | |
uranium_in_earth/supply_of_uranium5_0.txt |
<p class="InfoBodySubHeading" style="display: none;"><strong>Forecasting replenishment</strong></p>
<p style="display: none;">Supply forecasters are often reluctant to consider the additive impacts of exploration on new supply, arguing that assuming discoveries is as risky and speculative as the exploration business ... | |
uranium_in_earth/supply_of_uranium1_557.txt | CGkfXbD+k5UQyw4KWOQbcbho8oEZAlLuoBXPg2pSuUl4+FnCCVr9QGYFae0gyJewz95L2s0xgLq0aaIxj8ezzPrn+uEekr3I1HyeYUIXJ1rSImLl4rCubuBBOTd3n8dAyaX99lXSBVRmnwfwqTlQJrPJl | |
uranium_in_earth/radionuclide_basis1_113.txt | -5.6-.8-1.4-.5-2.4-1.2-3-2s-1-1.7-1.2-2.7c-.2-.9-.3-1.8-.4-2.7zm5.3-5.8c1.4 0 2.5-.2 3.3-.7s1.5-1.1 2-1.8c.5-.6.9-1.4 1.2-2.5.3-1.4-2. | |
uranium_in_earth/supply_of_uranium4_54.txt | : none;">Related to the youthfulness of nuclear energy demand is the early stage that global exploration had reached before declining uranium prices stifled exploration in the mid-1980s. The significant investment in uranium exploration during the 1970-82 exploration cycle would have been fairly efficient in discoverin... | |
uranium_in_earth/supply_of_uranium1_653.txt | mAwtEo3Ipnlaxl6CMhvmCVWdm80ResojTsBBmoKJmgbFhQeYTosm0WNw7w6p9UjBdOOq63BSmXmnRaW6oQFot65J8ZSlaxt6QOdpFucr3Y8X79_64jl_V0MzwZcIT35gpAottXs-dT5uJEumqTvy2DWCACVZ4HhS | |
uranium_in_earth/supply_of_uranium1_481.txt | RAX7Mg4QCeZA7foh0tEoNGHjnWkSA6FrWveO/fRhwCFNxxgGyUJFrvk/013gG9zfi8f11210wXJy6rXuAeHdI3VRzx6nM+by04s7OSqIW0LAgWndImBbpGVJyrFCTMFUCb8AnTeVuJUE6hU5KRC71qpWZwiPegb | |
uranium_in_earth/supply_of_uranium1_110.txt | p2JKvL5naexRr1oWLHQt2qSkAqx8qD6LUioxK8HhYgguN9rEBskqrdiuU4A4cheUf7zgrUAEpJ/qGuhHyTr4BIUq65W9l0xKVhsfRHqrbcPYH8jbtqQGYU3bh+uGlIlVU30AZ1Xjp6lui2hNDqSuJG9b5llJc | |
uranium_in_earth/radionuclide_basis1_117.txt | .8s2-3.7 3.8-5.1c1.2-.8 2.4-1.3 3.7-1.6 1.3-.2 2.2-.3 3-.3 2.7 0 4.8.6 6.3 1.6s2.5 2.3 3.1 3.9c.6 1.5 1 3.1 1.1 4.6.1 1.6.1 2.9 0 4h-17.5m12.9-3c0-.3 0 | |
uranium_in_earth/supply_of_uranium1_71.txt | APvTuO3GN9gCCa2AJBwNTWT1foHP79nNSo/bhKQ67fbxsuw2Niw5IWG/RTD/rhHcK0M6A9s891AzwRYgbsZvSyZgLQf7GR7g2IdYswtw40dy9g0x2A8o0Huckpsy7xUDuHS4R2w5GcY5/fUbJLxJ6Kce5FlSPKK+ | |
uranium_in_earth/radionuclide_basis1_103.txt | .3v-3.4z"></path><path d="m529.2 58.6h5.5v5.1h-5.5zm.5 10.9h4.6v25.1h-4.6z"></path><path d="m541.8 82.4c0-1.6.2-3.2.6-4.8s1.1-3 2-4.4c1-1.3 2.2-2.4 3.8-3.2s3 | |
uranium_in_earth/supply_of_uranium1_620.txt | 0nvHzmoImAdwMOWCzf4d7XoibvmgbyoCqP/NjKl3TLnter194rnfLV6TpV/ufi2aUXK8iQkmNQnwEtAQFEWy/Dni5aeYbIxD2sd3AAImz1uJ4u7WzEvkqWWofN3ETaoP3JBhXxm5AjRJhdI3uuGySW2++Dqjtz | |
uranium_in_earth/u_and_t4_5.txt | </div>
<p class="show caption DontCrop">Uranium deposits and mines in Australia (2017).</p>
</div>
<div id="component_137185">
<p>Some of the Australian uranium deposits are not currently accessible, including the Jabiluka deposit of Northern Territory where the traditional Aboriginal land owners have not grante... | |
uranium_in_earth/supply_of_uranium1_274.txt | b77Vll4mS4dAcexfFLjs5kcWysdWK6JivsQS0GcQKogU7nnQejM0kuIbZn0PwUNzgBjkuhVEe9LKOMOon1T7OyFq8x3hvHisM1W/v49MUFqQSs+WKDhsGl4aF4wEVdk7/ZK6+bM8Ls/lGOf/Y | |
uranium_in_earth/supply_of_uranium1_368.txt | WDPNscr1QtqSYbG5LTn7eMChrfSg7Yp4Aj78XSg10cjGOBIlJ3WkFDW7RZ5RycA6yUovOlaYgkWwWAZGW4tv9haQNrNnRdcO4PJaURF0Zv644SQPbgU0MthYV3lf730vXgOp1cHqoCgxCHdpVlVaHrxWf | |
uranium_in_earth/supply_of_uranium1_154.txt | XFtfdIm9OWcTxGF0UOpkrhXouF627Cuty+ux9eIwcQpzOXBOULgvW28EXaHbk9KNUpUcHvcn8jZEh6un//5sf5kCcuoyoyrpmuIxlUTm6FS5D/uGZ4wa9fLc0RSPN5ElvuPSsFXkgSIjKxLr3+VJ6lbT6Pq0QblV | |
uranium_in_earth/radionuclide_basis4_17.txt |
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uranium_in_earth/supply_of_uranium1_202.txt | jWr5Vws7/GfBgf+1TeVpLID9OortaWOS0mCFnK9+dOq3n7bzLfOkdSaDkvWuHoNx6gjjKFxe3ptMjDPmJ0onMFWFQcsPLrJ7G93duaioCGlkYjHYCMpagS2VtuKAUhN5UEFaCqwD7W4pBINQf9kglbCJz | |
uranium_in_earth/supply_of_uranium1_623.txt | A/KeceFT9bstuBPag/oGJ4uqUecklmaiUSjuw1AUKpVYVhwgyjtzST09q3+PQQgiOF6Dnt7ns9/Ay7NsnHUf9j3yfChyk9kQTjL8Lv8b2D9SMIBN94vbQsq1SPK3fGwTP7DXsHHRvDMpPCUzhqpThcScxrGyncFTnp | |
uranium_in_earth/u_and_t3_30.txt | assets/image/0015/77010/Dead_tree-image8.jpg" class="flexitem flexfigure FlexTwoWide Crop16x9" data-fancybox="gallery" title="Structure believed to be a uranium ore 'rollfront'. This is where groundwater came into contact with organic material in the host rock. Dead Tree Creek, South Australia. Source: Wikimedia Common... | |
uranium_in_earth/Uranium8.txt | part8 -------------------
Human exposure
A person can be exposed to uranium (or its radioactive daughters, such as radon) by inhaling dust in air or by ingesting contaminated water and food. The amount of uranium in air is usually very small; however, people who work in factories that process phosphate fertilizers, liv... | |
uranium_in_earth/supply_of_uranium1_227.txt | Kvo8cHPFBr4Ig5uXWnhLw1/jRtKHntiGvJyiFxpYmGjf9skvfzIXDk54jL4+6Lv2MeXNOCPT25nvV8E8HZ61BLgE29ty6LjCFpV/ykqckEtYHRSThThQQTcWqWncf0nE4xWWcZCTBgy2+5QPMnvfk/h | |
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uranium_in_earth/radionuclide_basis1_28.txt | 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-4.3v-3.4z"></path><path d="m106.6 32.9c-.1 2.6.5 4.8 1.7 | |
uranium_in_earth/supply_of_uranium1_130.txt | ivRAwgAu3VkbFK5gGf1f9TNXZGZot8inbE0EbzORURncTPzgTG+uWSTPyMQ+HU5HBDi6mOCmXQoFXCFJyehYgKTtWuWO9HtmlsdbBgGPV36/xHFGvT7VgZqNe7Y/LlQQuMNoxuQfDvFzrpw7AsmMqazvD | |
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uranium_in_earth/supply_of_uranium4_13.txt | such unconventional resource. REEs have unique catalytic, metallurgical, nuclear, electrical, magnetic and luminescent properties, and play a critical role in the application of many modern technologies, including magnetic resonance imaging (MRI) machines, satellites, batteries, LED screens and solar panels. China is ... | |
uranium_in_earth/supply_of_uranium1_61.txt | UGco8TW6JucGcOjG+HfV+XNWPnSg62wdh2oqQIK0gUdSchjJsvovt04H/drJKwKji+Hcanqd75OEpZMpeNU1PwamWsMH+mHbO8hzb6VVS+rpzehvgOV8OJ6iIJOMIIv8JUEM1csDiNv77SlGAMKoT2hYO0lmpBZ | |
uranium_in_earth/supply_of_uranium1_56.txt | vzeuVYjvy9AGBEWCbZvOgUz9r/90rGGww8LucB+r9ftzjDKFaPZmVMzI26QFBTt5uSv59ygpzbH0hV/HS6Dzz3igso0mF7BvUDprHHdlKnn3Rr8hdXkNeLMO2RZpA+jUCM0djL88qzhaEw76a/ASUPl0hyFmrA6 | |
uranium_in_earth/supply_of_uranium1_281.txt | bM7vBVobfxKVMOCIte/eLtDwzSSPhtPw7rfPT0iUyo4lepx4BMx/VyqDp8pwijh7Tw/unfDIfY0cseVcmRAlKGFP3oRV0QCd6Vy7cN2bjOTFTH0rMZsADzVEaik8SlYv915OYhIkUT68647f3JY/AhP4iZp2e | |
uranium_in_earth/supply_of_uranium3_3.txt | <td>
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<p style="display: none;"><small>Identified resources recoverable (reasonably assured resources plus inferred resources), to $130/kg U, 1/1/21, from OECD NEA & IAEA, <em>Uranium 2022: Resources, Production and Demand</em>&n | |
uranium_in_earth/supply_of_uranium4_62.txt | ="display: none;">Incremental improvements in processing technology at all plants are less obvious but nevertheless very significant also. Over many years they are probably as important as the historic technological breakthroughs.</p>
<p style="display: none;">To achieve sustainability, the combined effects of mineral... | |
uranium_in_earth/radionuclide_basis4_20.txt | last-updated">Last updated on February 5, 2024</div>
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uranium_in_earth/supply_of_uranium1_525.txt | EWyBiP+0m4y8z8Hy6LC7Dv7sXfArzqFq38vfpa9YeifgCX6QmPKAE6gfm+C/yz5HgFpH8Ritf1mKOkjGFn45o7Q8K5a92J9a7r/zhjEyn4/VHJ6SUkBSiCGpKmZx7/UE13PanZVb8ecTFuUJ5v4/m | |
uranium_in_earth/supply_of_uranium5_3.txt | ="display: none;">The resource economics perspective tells us that new exploration cycles should be expected to add uranium resources to the world inventory, and to the extent that some of these may be of higher quality and involve lower operating cost than resources previously identified, this will tend to mitigate pr... | |
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uranium_in_earth/supply_of_uranium1_587.txt | LnBANWWJKC9HQOPhsDcjqhXqBse5XTwrPscuD5zRGLoT4cDv8QcLCLlnK2/Qo5qCW6kL20w3X6UT0JHV5T6rF/tcOaxY5fpuvHi5RgV9ZjIaWlQ3Z0eJEKp6/kbtFz6y258iJhPGOZvryGYm6 | |
uranium_in_earth/radionuclide_basis1_58.txt | -.9 3.8s-1.4 2-2.4 2.6c-1.1.6-2.2 1-3.4 1.3s-2.5.4-3.8.4c-2.5 0-4.7-.6-6.6-1.8-1.8-1.2-2.8-3.3-2.9-6.3z"></path><path d="m3.4 58.5h21.9v4.2h-17. | |
uranium_in_earth/Uranium2.txt | part2 -------------------
Characteristics
A neutron-induced nuclear fission event involving uranium-235
Uranium is a silvery white, weakly radioactive metal. It has a Mohs hardness of 6, sufficient to scratch glass and approximately equal to that of titanium, rhodium, manganese and niobium. It is malleable, ductile, sl... | |
uranium_in_earth/supply_of_uranium1_379.txt | mnNce/lnctrzsJFW7Igbfamgekb9JP+twQoDC+L/SE7qSaNPDgoFwK7/F6iMa5Q7zLP6jpTLWRsWU6Tb0R8UHPWfCqo51/cDAJUo6EmVkiKYA+Bs+F75P5wfy3qdsllkOwr6NtmclLZkeK5Nu2zD1IteMSdcviuC4 | |
uranium_in_earth/u_and_t2_4.txt | facts</a> > <a href="https://www.ga.gov.au/education/minerals-energy/australian-energy-facts/uranium-and-thorium">Uranium and thorium</a>
Uranium and thorium
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uranium_in_earth/what_is_u5_3.txt | tF7p7mBs2w5P&co=aHR0cHM6Ly93d3cudGhldXBhLm9yZzo0NDM.&hl=en&v=Hq4JZivTyQ7GP8Kt571Tzodj&size=normal&cb=xuyqr847wx7w"></iframe></div><textarea id="g-recaptcha-response" name="g-recaptcha-response" class | |
uranium_in_earth/supply_of_uranium4_65.txt | producers dramatically increased their exploration effort, and applied ways to boost oil recovery from previously 'exhausted' or uneconomic wells. At the consumer end, increased prices meant massive substitution of other fuels and greatly increased capital expenditure in more efficient plant. As a result of the former... | |
uranium_in_earth/supply_of_uranium1_208.txt | ikF2we2r056r+gzZqJ1qr5cprYOH/LrliclijTGLL4sLdq/0KRFYRBPwdNfHK4/UMYXMIdHI5CDeo6caq6Ng5mHbE9MAQ19qs1jBtDmmtGfXDhnxhPs07FIJbo/AYUNc462hvYA3mtAmDZpWEASV7iQImMIOq35GP/czdCI | |
uranium_in_earth/supply_of_uranium5_9.txt | are much higher than we see for other commodities, and support the contention that oil is a special depletion case for several reasons: its geological occurrence is limited, it has been inexpensive to extract, its energy utility has been impossible to duplicate for the price, and its resulting depletion rates have bee... | |
uranium_in_earth/supply_of_uranium1_361.txt | 3jvYfb8urDQ6a0d3/D8kHyLUPzXc7zFQFypyi0IRJ40ImQWSDCP5H5R7AifjUFVn3u8sjF4xQsw1a4ExgIG3gFbR5lXcDBmooPPjAnJFnVGK/Fqm5XcBparZNUSCnLUdfdck6Q8X6AZoTmM3XF/0 | |
uranium_in_earth/supply_of_uranium1_629.txt | NoTOmmPHC0iW+V05pfOjkpPjJeLEEg6mmF8qoZ0TabiMuJA2+zRI2XlaQBgFk+B4Rx2hA7MgfIBSwjxLIm54eMDihdqjvAxzj/FMsDW517XeveeKfypyo3mfzPntyf72IKKeSckoWz00Klm+2Mpzsc//6nCrVQrnGm | |
uranium_in_earth/supply_of_uranium1_153.txt | +Qovox0WsiApRApGYTvcWCG3K7kMRuC3oNysxpMy0y7vHRpSeo5bfkaPJQXzgNX67ZrBnHPmbpBKhyhCICj0CAoLGBYuUM1yuEh8qMSeci3oIhD5/CrS+RA1/Oc26RXURp0Zr0YA5ldrDp3mM734EfQBzmhelDPR | |
uranium_in_earth/radionuclide_basis5_23.txt | to-top__icon" role="img" aria-label="Back to top">
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uranium_in_earth/Uranium10_21.txt | .1016/S0012-821X(02)00930-5.
^ "The Worst Nuclear Disasters". Time. 25 March 2009. Archived from the original on 28 March 2009. Retrieved 24 May 2010.
^ Gilliland, Frank D.; Hunt, William C.; Pardilla, Marla; Key, Charles R. (March 2000). "Uranium Mining and Lung Cancer Among Navajo Men in New Mexico and Arizona, 196... | |
uranium_in_earth/u_and_t3_32.txt | blue line. This is the uranium roll front." loading="lazy"></div>
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uranium_in_earth/supply_of_uranium1_285.txt | QyyLFt38gIZVZm0ydn+Ccrd5matOXpLPXxGQPnun5CsEu1Muci+fHeSwx6wiYkFZNRQJbIvhc3JL7ycqEHzAbIAozeHKnCtx0PgSgOvSGWDXsKtlpWorvMateSG5zvPs90rnWvTZ7lM7sdCkr1cW8n5SY8Ii+q | |
uranium_in_earth/supply_of_uranium1_451.txt | +EVDNtzg7WdudxmHFwZMMnhb7we6jCymgAW6E+snGi9YqR4odJ8IUirRzUYL4T7Y/7FaWwA987htfaQKqpZ0elIMpepqxrhzA0CuIHoojS2tqxt5pIOmv1w8z97M1UZIjLEHPQcP5UOMN9QqK/rw4K6sHQ | |
uranium_in_earth/supply_of_uranium1_651.txt | GetResource.ashx?scriptfile=%7e%2fCMSScripts%2fWebServiceCall.js" type="text/javascript"></script>
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uranium_in_earth/supply_of_uranium1_426.txt | McIF7gR+0C4EUZj6YwOIc6dW9aBR1iFuStEE95hglxas6fJy9deUBeTnvNNgfcf6r6Wqnb2DRkzRne3foV6/RsmyXtS361m+YpfVpnhOLWxPCTEeduOnu0BfDIbi7z8bh8dcp0pxOqeyPGC+5xYDVX+/7dsHIWDz | |
uranium_in_earth/radionuclide_basis1_84.txt | 1-1.6-.1-2.6-.1-.5 0-1.2 0-2.1 0-1.1-2.3-3.6s-1.9.8-2.6 1.5c-.8.7-1.2 1.7-1.2 3 0.4.1.8.2 1.3s.4 1.8 1.5.9.8 1.6 1.1 1.5.5 2.5.5c2.3 0 4.1-.9 | |
uranium_in_earth/Uranium10_54.txt | actions" (PDF). Physical Review Letters. 130 (13): 132502-1–132502-6. Bibcode:2023PhRvL.130m2502N. doi:10.1103/PhysRevLett.130.132502. PMID 37067317. S2CID 257976576.
^ Mastren, T.; Stein, B. W.; Parker, T. G.; Radchenko, V.; Copping, R.; Owens, A.; Wyant, L. E.; Brugh, | |
uranium_in_earth/supply_of_uranium4_18.txt | of operating on a thorium fuel cycle, once they are started using a fissile material such as U-235 or Pu-239. Then the thorium (Th-232) atom captures a neutron in the reactor to become fissile uranium (U-233), which continues the reaction. Some advanced reactor designs are likely to be able to make use of thorium on a... | |
uranium_in_earth/radionuclide_basis2_16.txt | >
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uranium_in_earth/supply_of_uranium1_508.txt | 0Q3Z7pmBtGbPaEAbtfcd++NJh92jdKFNHCKfOBSZ05jbeE+II5taUCzOYf/PqUqpcX386ERaYz0wIt6rQIlcxcJrOwDTI5LMZto/DnzPKgOR4d9ROEZ4QI67OhgLsXag+hPQDLdiLKCUeALY4zg6vuRggG3j+NKykuspm0 | |
uranium_in_earth/radionuclide_basis1_52.txt | 0-2.5.3-4.8 1-6.8s2-3.7 3.8-5.1c1.2-.8 2.4-1.3 3.7-1.6 1.3-.2 2.2-.3 3-.3 2.7 0 4.8.6 6.3 1.6s2.5 2.3 3.1 3.9c.6 1.5 1 3.1 1.1 4.6.1 1.6.1 2.9 0 4h- | |
uranium_in_earth/supply_of_uranium1_589.txt | LgoUWHfAJLY4hYrJQhsxsTSEfvc5SGWT35sFPXT2+NcPKVwLyxTdq/KvBE+0JoSGjcmmL8+0Sw5H1OeZehKJbn9BC9CHVdLiu2Rwdj83gk53aABSs7mEfihhQukOx2c3RoMO1kY3kYW8EhK3uRcolgiIABafQAVnD3 | |
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uranium_in_earth/Uranium10_70.txt | U)". Washington State Department of Health, Office of Radiation Protection. 2010. Archived from the original on 28 September 2011. Retrieved 23 August 2011.
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uranium_in_earth/supply_of_uranium1_230.txt | C5aEieL7HJzsccstsQHCincIM1typIpg+5UAKivxQsmEZkp0vZjP6Rqmt4ces1rPqU59HyU7nVjvlraIpC3TLw6v4f5bpqXCWW7sr60dwandfqNbua3WWY4FnfJG7OYhIeOBbVNji95Jl1e0mo/u4rJcbL3Q | |
uranium_in_earth/supply_of_uranium1_556.txt | x+nhKQZ4XbFSugrxXTZadiU/x9eqpdYCg+xHX2O+D8JWDmsr+RcsTHVa2uV7d1AH85QMFIHCGZINUJEw1B+pk3Md3YhpYhvFH7Eu59NmTVlOsALPaaV+jjpI7KvlPiIsGk1N85cRdjhaI7YI1DcN4yRqi5 | |
uranium_in_earth/radionuclide_basis1_39.txt | .1 2.6-1.7 5.7-2.5 9.1-2.5 1.3 0 2.9.2 4.8.5 1.9.4 3.6 1.4 5 3.5.5.9 1.1 1.2 1.7.3.5.5 1.1.6 1.6.2 1.1.3 2.1.3 2.9h-5c-.2-2.2-1-3.7-2.4-4.5-1 | |
uranium_in_earth/supply_of_uranium1_455.txt | 1witWfJTbEHlIAvn1k3077psKGgVrDkleXLp5ro95HOMQV6Tl6P93sshHIjbMvJJIvqS+ooXNaqxSBHkOztnBUZ3C9066m8JHHVKraCo7oMQpfcsWa5jC3DylgjjcDSqoXvPOGB8Ze3KBgd0gQETB8ZEhVZqxyZRE3R8 | |
uranium_in_earth/supply_of_uranium1_466.txt | UJqXDn6a08GI0U7mRfhyt6AEpruuZfhk8BIz/nv+5MrWV0iDYATizlzwFJnvFTsVdPa75ZWNP2t+BRa5l8BTRaXJSAcGxcYjPUckMEz4NNwpGkR8eLiE4WlmXlw8XKi2pu8nnqj/Z7DkxoBK/eJ | |
uranium_in_earth/radionuclide_basis1_106.txt | -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="m574.3 72.4-.1-2.9h4.6v4.1c.2-.3.4-.8 | |
uranium_in_earth/supply_of_uranium1_375.txt | FTpi81tqMcml6bApz8CSi5GHK6VBwbgYfFXCX964nE2s5VVIum5cEvCMor0N3LquzRcYDYsCMlx/8sE8XyjC1H9AzRs8aCB72k9tmRIy7MG2zDt4MHc+YtKPKeVp8qD83FIRo75B+qv4Grfk5/cfGkIh1I1Y | |
uranium_in_earth/radionuclide_basis1_131.txt |
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uranium_in_earth/supply_of_uranium4_6.txt | A bears the costs of the purchase and delivery (import-export) of LEU, the purchase of equipment and its operation, technical resources and other goods and services required. Kazakhstan will meet the costs of LEU storage, including payment of electricity, heating, office space and staff costs. The agreement allows for ... | |
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