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start_of_a_season/twice_begin_season5_11.txt | 523-0.261-0.332-0.142 0.071-0.285 0.142-0.38s-0.403-0.214-0.76-0.238c-0.332 0-0.047 0.214-0.047 0.309s-0.523 0.095-0.617 0.167c-0.024 0.071-0.214 0.118-0.356 0.142 0 0.024-0.024 0.047-0.047 0 | |
start_of_a_season/twice_begin_season5_1146.txt | 13l0,0c0,.11-.19.24-.26.27a1.62,1.62,0,0,1-.64.18Zm-.43-.19c.26.23.79.12,1.09,0a.74.74,0,0,0,.22-.21,1.54,1.54,0,0,0-.68.13A1.27,1.27,0,0,1,16.56,19.12Z"></path></g><g id=" | |
start_of_a_season/twice_begin_season5_1892.txt | ox or a solstice."]},{"type":"p","content":[{"type":"a","content":["Equinoxes"],"attrs":{"href":"https://www.nationalgeographic.com/science/article/equinoxes","target":"_blank"}}," are when Earth’s day is split almost in half. They occur every six months in the spring and fall, when Earth’s orbit and its axial tilt com... | |
start_of_a_season/twice_begin_season2_258.txt | 3 0.234-0.188 0.397-0.188 0.116 0 0.211 0.047 0.304 0.188v-1.027c0-0.35 0.373-0.584 0.631-0.584 0.116 0 0.211 0.047 0.28 0.188l0.046-1.099c0.046-0.373 0.468-0.561 0.677-0.561 0.164 0 0.257 0.070 0.35 0.188 | |
start_of_a_season/twice_begin_season5_60.txt | 856v-2.053h9.856z"></path>
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start_of_a_season/twice_begin_season1_9.txt | li></ul></nav></div></div></div></div></div><div class="stickyFrame stickyFrame--bottom"></div><div class="IconDefinitions" aria-hidden="true"><svg style="position: absolute; width: 0; height: 0; overflow: hidden;" version="1.1" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink"> <defs>
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start_of_a_season/twice_begin_season5_2170.txt | scenes-bible","text":"natgeo.ctaText.read","icon":"article"}],"img":{"crps":[{"nm":"raw","aspRto":1.5,"url":"https://i.natgeofe.com/n/4f4fbe66-0fff-46ff-a0c6-b34229f9ca1b/MM8435_20150620_1864.jpg"},{"nm":"16x9","aspRto":1.7777777777777777,"url":"https://i. | |
start_of_a_season/twice_begin_season5_128.txt | 637-0.712-1.217-1.65-1.475-2.093l-2.331 0.276c0 0 2.329 5.494 9.593 8.072 7.264-2.577 9.593-8.053 9.593-8.053l-2.331-0.292z"></path>
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start_of_a_season/twice_begin_season5_818.txt | .023.587.335.587.335s-.555.108-.671.085zM13.399 13.771a.214.214 0 01-.083.419c-.115-.023-.587-.335-.587-.335s.555-.108.671-.085z"></path><path fill="var(--color5, #ffe15a)" d="M23.627 15.44a.164.164 0 00-.214.088.352.352 0 00-.009.022c-.124.289-.379.71-. | |
start_of_a_season/twice_begin_season5_1266.txt | 0l.09,0a.27.27,0,0,1,.26.19h0a.38.38,0,0,0,0,.1s0,.07,0,.1v0h0a.73.73,0,0,0-.18-.17s0,0,0,0h0v0l0,0a.49.49,0,0,0-.14,0h0a.75.75,0,0,0-.42-.09h0s0-.06, | |
start_of_a_season/twice_begin_season3_134.txt | 10.419-5.74 0-10.419-4.678-10.419-10.419s4.678-10.419 10.419-10.419c5.764 0 10.443 4.678 10.443 10.419zM15.725 6.704c0-0.289-0.242-0.53-0.53-0.53h-1.061c-0.289 0-0.506 0.242-0.506 0.53v10.491c0 0 | |
start_of_a_season/Seasonal_lag2_5.txt | longer, while in polar areas the winter lag is longer (coreless winter in interior Antarctica and Greenland).
Due to seasonal lag, in the Northern Hemisphere the autumnal equinox (around September 22) is considerably warmer than the vernal equinox (around March 20) in most regions despite the fact that both days have ... | |
start_of_a_season/Seasonal_lag2_3.txt | Island in Norway. The latter is at 74°N and such high-latitude summer lag is enabled by Gulf Stream moderation tempering seasonal swings to extend the season.
In many locations, seasonal lag is not "seasonally symmetric"; that is, the period between the winter solstice and thermal midwinter (coldest time) is not the s... | |
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start_of_a_season/twice_begin_season3_165.txt | 6-0.086-0.943-0.257-0.086-0.043-0.214-0.086-0.343-0.086-0.429 0-0.943 0.257-0.986 0.686-0.043 0.3 0.086 0.729 1.029 1.114 0.086 0.043 0.171 0.086 0.3 0.086 0.386 0.129 0.986 0.3 1.157 0. | |
start_of_a_season/twice_begin_season5_1117.txt | -.25.62-.37.94Z"></path><path class="cls-26" d="M19.23,17.79h-.05s0-.09,0-.14c0-.33,0-.74.34-.89h0c.05,0,.07,0,.08,0a.12.12,0,0,1,0,.09Zm.3-1c-.34.14-.32.51-.3.84h0l.32-.81v0Z"></path></g><g id=" | |
start_of_a_season/twice_begin_season1_45.txt | 214s0.514-0.043 0.771-0.043c0.171 0 0.386 0 0.6 0.043 0.171 0.043 0.385 0.085 0.6 0.129s0.386 0.129 0.514 0.214c0.171 0.085 0.3 0.171 0.471 0.257s0.257 0.214 0.386 0.343c0.129 0.129 0.214 0.257 0.3 0.429s0.171 0 | |
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start_of_a_season/twice_begin_season5_570.txt | -.4.2-.3.1-.6.3-.9.5l-.3.3c-.1.1-.2.2-.4.3-.3.2-.5.3-.7.4-.3.1-.5.2-.8.3-.1.1-.3.1-.4.2v.1c0.1 0.2-.2.3h-.1l-.6.3h-.1c.1 0.2.1.3.1.3.1.5.2.7.4s | |
start_of_a_season/twice_begin_season5_1096.txt | ,0-.17,0-.09-.07s0-.11,0-.11-.28,0-.32,0-.09-.09,0-.1.16,0,.19-.1.35.1.3,0,.08-.22.15-.1a.27.27,0,0,0,.18.12c.07,0-.12-.17,0-.2a.21.21,0,0,1,.14.07s0,.16.16.17,0,0,0-.08.1-. | |
start_of_a_season/twice_begin_season3_128.txt | .243 11.878h-0.995v0.783c0.261 0.024 0.498 0.094 0.783 0.19 0.142-0.355 0.19-0.664 0.214-0.972zM13.338 12.969c0.237 0.094 0.403 0.214 0.522 0.285 0.355-0.403 0.546-0.877 0.593-1.376h-0.854c0 0.332-0 | |
start_of_a_season/Season5_15.txt | March, the sun is up for over 12 hours. On 6 April the sun rises at 0522 UTC and remains above the horizon until it sets below the horizon again on 6 September at 0335 UTC. By October 13 the sun is above the horizon for only 1 hour 30 minutes, and on October 14 it does not rise above the horizon at all and remains be... | |
start_of_a_season/twice_begin_season5_877.txt | l-.201-.968c-.05-.241.027-.55.238-.629.316-.118.785-.258 1.224-.258h.092c.438 0.907.14 1.223.258.211.079.288.388.238.629l-.201.968a.166.166 0 01-.162.132z"></path><path fill="var(--color11, #ffd350)" d="M6.717 11.759h4.221l.041-.248H6.676z | |
start_of_a_season/twice_begin_season5_741.txt | .047-.033.108.013.091.067l-.136.419.353.264c.046.034.021.107-.036.107h-.441l-.142.417c-.018.054-.095.053-.113-.001l-.137-.419-.441-.007c-.057-.001-.08-.074-.034-.107l.357-.259-.13-.421c-.017-.055.045-.099.092-.066l.357.259.36-.254z"></path | |
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start_of_a_season/twice_begin_season4_36.txt | .214-1.671 0.771-2.356l5.4-5.4c0.343-0.256 0.729-0.514 1.115-0.686 0.429-0.171 0.856-0.256 1.285-0.256 0.471 0 0.9 0.085 1.329 0.256s0.771 0.429 1.115 0.729c0.685 0.685 1.029 1.585 1.029 2.444s-0.343 1 | |
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start_of_a_season/twice_begin_season5_1456.txt | Tgg OJpwZ uklrk wSPfd ofvJb nMRSd YIauu gGlNh ARCOA kyjTO xqlN aANqO aNnIu GDslh LjPJo RpDvg YYtC rTpcz EDgo UVTAB ihLsD niWVk AAqU fctVp ENhiS kCffO kOEGk WMbJE eVJEc TElCQ ZAqMY enocc pJS | |
start_of_a_season/twice_begin_season1_110.txt | .714c0 1.2 0.943 2.143 2.143 2.143 0.643 0 1.071-0.257 1.071-0.257s16.8-9.943 16.843-9.943c0.6-0.386 0.986-1.029 0.986-1.8s-0.386-1.414-0.986-1.8l-16.843-9.943c0 0-0.429-0.257- | |
start_of_a_season/twice_begin_season5_8.txt | 403v-0.546l0.546-0.855v-0.57c0 0 0.024-0.238-0.191-0.238-0.238 0-1.187 0.191-1.258 0.191 0.095-0.071 1.686-1.425 2.801-1.946-0.071 0.238-0.285 0.855 0.047 0.926 0.403 0.095 0.594 0.285 0.594 0. | |
start_of_a_season/twice_begin_season5_115.txt | .6s1.6 0.716 1.6 1.6z"></path>
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start_of_a_season/twice_begin_season2_67.txt | 926 0.142 1.401 0.238 0.403 0.071 0.855 0.167 1.378 0.238 0.617 1.971 1.449 3.538 2.73 5.342-0.309 0.57-0.546 1.020-0.76 1.472zM10.396 22.888c-0.403-0.499-0.855-1.187-1.329-1.852-0.403-0.617-0.808-1.234 | |
start_of_a_season/twice_begin_season5_1206.txt | ,0,0,0-.1.06-.1.12h0a0,0,0,0,1,0,0h-.17a0,0,0,0,1,0,0,.23.23,0,0,0-.11-.11.31.31,0,0,0-.19,0h-.07c-.05,0-.1,0-.12.05a.14.14,0,0,1-.07.11Zm0,0a.11.11,0,0 | |
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start_of_a_season/twice_begin_season3_4.txt | 1.899-0.77 0.174-0.022 0.347-0.052 0.527-0.052 0.421 0 0.82 0.082 1.203 0.202 0.716 0.223 1.341 0.631 1.826 1.179 0.634 0.715 1.030 1.647 1.030 2.677 0 2.242-1.818 4.059-4.059 4.059v0zM2.791 22.547c- | |
start_of_a_season/twice_begin_season5_1378.txt | 14h0a.08.08,0,0,1,.07,0s0,.08,0,.13a.47.47,0,0,0,0,.09h0Z"></path></g><g id="path1117"><rect x="14.32" y="14.3" width="0.03" height="0.36" transform="translate(-0.28 0.28) rotate(-1.11)"></rect></g><g id="path1118"><rect x="14.32" y=" | |
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start_of_a_season/twice_begin_season5_2307.txt | name":"lang","value":"en"},{"name":"objid","value":"drn:src:natgeo:unison::prod:d72c838f-6219-49ec-8d71-a55070794a11"}]},"analytics":{"page_type":"prismarticle","page_url":"www.nationalgeographic.com/environment/article/history-science-of-meteorological-astronomical-seasons","page_id":"drn:src:natgeo:unison::prod:d | |
start_of_a_season/twice_begin_season5_373.txt | 0 016-4A17.82 17.82 0 0118.27 0a16.73 16.73 0 016.8 1.33 18.21 18.21 0 016 4 16.94 16.94 0 013.87 5.6 18.61 18.61 0 011.47 6.53 18.06 18.06 0 01-.94 6.54 17.16 17.16 0 01-3.33 5.87L48 45.73z"></path></symbol><symbol id="icon__ng-border | |
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start_of_a_season/twice_begin_season2_133.txt | 0.071-0.142 0-0.167 0.118-0.309 0.238-0.309l0.403-0.024c-0.047-0.024-0.071-0.071-0.071-0.118 0-0.118 0.095-0.309 0.261-0.309h0.476c-0.047-0.047-0.071-0.071-0.071-0.118-0.047- | |
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start_of_a_season/twice_begin_season3_217.txt | 0.627 0.965-0.699 1.809-1.568 2.46-2.556-0.869 0.386-1.833 0.651-2.822 0.772 1.012-0.627 1.809-1.591 2.17-2.726-0.965 0.555-2.026 0.964-3.135 1.182-0.917-0.965-2.195-1.544-3.618-1.544- | |
start_of_a_season/twice_begin_season5_767.txt | .077-.036.138-.015.039.014.131.061.131.203 0.114-.053.218-.144.286s-.211.087-.326.052c-.142-.043-.241-.192-.241-.363a.88.88 0 01.074-.353c.008-.016.189-.391.235-.531.092-.276-.002-.415-.065-.473a.296.296 0 00-.318-.05c-.016.007-.03.018-.044 | |
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start_of_a_season/twice_begin_season5_467.txt | -1.25 6.92 6.92 0 012 1.39 11.79 11.79 0 002-.57 13.15 13.15 0 001.81-.88 6.23 6.23 0 01-1 1.93 5.77 5.77 0 01-1.73 1.46z"></path></symbol><symbol id="icon__social__whatsapp" viewBox="0 0 30 30"><path d="M21.7 17.94l.45.23a.67.67 0 01.25. | |
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start_of_a_season/twice_begin_season4_2.txt | 118v-17.22zM9.575 14.239v-7.742l6.198 3.883zM4.293 21.571h15.508v-1.303h-15.508z"></path>
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start_of_a_season/twice_begin_season1_113.txt | .486s-2.956-0.9-4.543-0.9c-0.771 0-1.5 0.085-2.229 0.214s-1.457 0.344-2.144 0.643c-0.685 0.257-1.329 0.6-1.971 0.985-0.6 0.386-1.2 0.857-1.756 1.415l-2.357-2.314-1.885 7.844 7. | |
start_of_a_season/twice_begin_season5_327.txt | .76 0 00-1.79.31 7.27 7.27 0 00-1.71.82c-.52.35-1.67-1.35 1a14.33 14.33 0 00-1.08 1 14.33 14.33 0 00-1.08-1c-.38-.3-.83-.62-1.35-1a7.27 7.27 0 00-1.71-.82A5.76 5.76 0 009.07 4a6.87 6.87 0 00-5 | |
start_of_a_season/twice_begin_season4_34.txt | 756c-0.6-0.6-1.285-1.029-1.971-1.329s-1.5-0.429-2.271-0.429-1.543 0.129-2.271 0.429-1.415 0.729-1.971 1.329v0 0l-5.486 5.486c-1.029 1.2-1.5 2.656-1.457 4.114s0.644 2.914 1.757 4. | |
start_of_a_season/twice_begin_season1_46.txt | .344 0.215 0.514 0.085 0.385 0.085 0.6h-1.843c-0.044-0.385-0.215-0.685-0.429-0.856-0.214-0.215-0.514-0.3-0.943-0.3-0.171 0-0.3 0.043-0.386 0.043s-0.214 0.086-0.344 0.171-0.214 0. | |
uranium_in_earth/Uranium10_2.txt | (CO)8] (An=Th, U) and the Role of f Orbitals in Metal–Ligand Bonding". Chemistry (Weinheim an der Bergstrasse, Germany). 25 (50): 11772–11784. 25 (50): 11772–11784. doi:10.1002/chem.201902625. ISSN 0947-6539. PMC 6772027. PMID 31276242.
^ Morss, L.R.; Edelstein, N.M.; Fuger, | |
uranium_in_earth/supply_of_uranium1_52.txt | J9occdD9aM0Nt4jgXU5vNG/8aHvk8ReKL4GjLMCMwsRKKR8GCZFvG+7aeL8xEEv0suJRdLwbtRv9Uee+m5dTVnGjbdGLUD1icLFEgFbAEFT0vZk4NK5y5fja1XjwAaXKHbvgUnSN3u8owHU6+UoEpAA | |
uranium_in_earth/Uranium10_27.txt |
^ "Potassium-40 heats up Earth's core". physicsworld.com. 7 May 2003. Retrieved 14 January 2007.
^ Schnug, E., Sun, Y., Zhang, L., Windmann, H., Lottermoser, B.G., Ulrich, A. E., Bol, R., Makeawa, M., and Haneklaus, S.H. (2023) "Elemental loads with phosphate fertilizers – a constraint for soil productivity?" In: Bol... | |
uranium_in_earth/supply_of_uranium1_151.txt | j1ywepJq++655RKTPF1ED42Btcgweb0w+6aFnE4m5LoxvqD5100u+TW25a+EMCBeHe2UGqDWz53SWSrR7Dba4CjpHJMyNTVSjkmGSIIrF0EuOnOON6jZsX0vcfToHujuUBs3u7VvxlclTTGydj/Jg2GZ5xQiQlT | |
uranium_in_earth/Uranium10_34.txt | aminated aquifer". Applied and Environmental Microbiology. 69 (10): 5884–5891. Bibcode:2003ApEnM..69.5884A. doi:10.1128/AEM.69.10.5884-5891.2003. PMC 201226. PMID 14532040.
^ Gadd, G. M. (March 2010). "Metals, minerals and microbes: geomicrobiology and bioremediation". Microbiology. 156 (Pt 3): 609–643. doi:10 | |
uranium_in_earth/supply_of_uranium3_12.txt | <th>Total</th>
<td>
<div align="center"><strong>3,184,812</strong></div>
</td>
</tr>
</tbody>
</table></div>
<p style="display: none;">* Until 1991 USSR comprised the uranium produced in Russia, Kazakhstan, Uzbekistan, Ukraine and other former Soviet Union republics.</p>
<p style="display: none;">Uranium... | |
uranium_in_earth/radionuclide_basis5_33.txt |
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uranium_in_earth/supply_of_uranium1_305.txt | BO+qXXHVOpWMk16FDovhkjOKUQjHyIWPR2dQqGQVhS/MM+18OxyQFiE51C2fFcSfkhYdApFo5rB4hW8qwqRUeFhP8a9GEOEnaqSBHvSpYz9+3/PZJuKtIp1GB0LmXyc/NnbkA3RSyKRzUWQgfIt4 | |
uranium_in_earth/supply_of_uranium1_108.txt | miUoKgwEkXX2JJnR21tOrigScQ1bVVkLNRZTWMbAMwG0/Avc/mNchfRx7xkoa7ANw/Dksb3Hj1wqwlb03rsj/EB/v1LXx9cxlFnhR+yjwOM7AbWRVrxJlL/3KvCA5uaRZ/AjleGhXw6CeUS98WLVU7EL | |
uranium_in_earth/supply_of_uranium3_15.txt | run down, many cut production or closed. Utilities satisfied requirements by drawing down their significant inventories, without recourse to new production. The supply overhang was extended due to the arrival on the Western market of uranium from the former Soviet Union starting in 1993. </li>
<li>Early 2000s to... | |
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uranium_in_earth/supply_of_uranium1_530.txt | TR+ZBwaSRoiiPPrGWJfg37vgBBRrpaLyu8TyasE93hK0YUAOlcffUZav9BrHGvGag77rnHDYGUF27NLOxboWcD5m5vBXkxCe04MK4oe0u2qRDowygQZVlkbpSaJKuvAHGzGdi1nwHS9z26M+9VUXBO12dyNCJzyN0mradMVIVd0 | |
uranium_in_earth/u_and_t2_12.txt | image2.jpg" class="flexitem flexfigure FlexTwoWide Crop16x9" data-fancybox="gallery" title="A billet of highly enriched uranium. Source: Wikipedia Commons" data-caption="A billet of highly enriched uranium. Source: Wikipedia Commons">
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uranium_in_earth/supply_of_uranium5_12.txt | s in discovery, recovery and use, sustained incremental improvements in mineral recovery and energy efficiency – all these comprise the history of minerals and humankind.</p>
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uranium_in_earth/what_is_u4_4.txt | <li><a href="http://www.uranium.info/" class="external" target="_blank">TradeTech</a></li>
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uranium_in_earth/supply_of_uranium1_172.txt | w0XE2mz5aUAA1Mn8JVfZDrzP9aZkyCtQUQmO4ft2sgAgW6TepRsv8Lk6AwUvRc2/9+lP8m7zGbCGcukXW6MsB5J0qlZl5MvRg4E8xgPpCYfVlJPiV9layB1cI1lIdOkWoLOFVliNpS6WW+5F0I | |
uranium_in_earth/Uranium10_10.txt | for radioactive – 12 July 1997 – New Scientist". Newscientist.com. Retrieved 12 September 2008.
^ "Uranium Mining". Atomic Heritage Foundation. Retrieved 23 December 2020.
^ "EPA Facts about Uranium" (PDF). U.S. Environmental Protection Agency. Archived from the original (PDF) on 29 November 2014. Retrieved 20 Sep... | |
uranium_in_earth/supply_of_uranium1_125.txt | jCea1qepnrsqCa/4m80Pq97MyvjEzN0SDzkkWAFsDUWoOqAy4W/m6KbC1pMpbxe20CmuZxZgWGzLfYsoCxP+8TixmoFX455kxv7S1GRj1I98lLqU3qHdPXoJLJGfYpXuKPhpgP8l9WGOK370qgbX79SR | |
uranium_in_earth/u_and_t2_16.txt | causing further fission, and a nuclear chain reaction occurs. During this process, large amounts of energy are released, typically in the form of heat.</p><p>As uranium-235 is so rare in nature, uranium has to go through a process called enrichment so that enough uranium-235 is present to use as a fuel for nuclear ene... | |
uranium_in_earth/supply_of_uranium1_506.txt | ARekCNaJTt5ceNRE4g+aVLOOX+WSy6FcUc5U7cCnYjw4C4TqnLlrU8cNqWj3pBwvBawq64uP1YiLXGDatWLzKFICMENemF1DqB6khe8BMH4W3FgU69a24+geAGTdcYoLy/XsPfBjjTInZ/SgFXp6h | |
uranium_in_earth/supply_of_uranium1_283.txt | 8DpFz52amkKiH53fX6OkbcvJJlD8AKR1Jjx5KGDD3RZz9fPeLddBMs7o6XEzTYdrq4YRvsXUv11wnhA9j8uQYSNoRTKHs77jwX1AQ057Oh/J84WbsY3NLU70h2Qs3jijyEU/5A1wtoYLVc2qIf0THHpeYsJC | |
uranium_in_earth/supply_of_uranium4_69.txt | up to US$80/kg (<em>Uranium 2003: Resources, Production and demand.</em> Nuclear Energy Agency and IAEA, OECD Publications 2004) yields slightly higher costs of about US$1.50/kgU. This may reflect the higher component of State-driven exploration globally, some of which had national self-sufficiency objectives that may... | |
uranium_in_earth/supply_of_uranium3_18.txt | increased 3.6-fold while uranium used increased by a factor of only 2.5.)</p>
<p style="display: none;">The world's present measured resources of uranium (6.1 Mt) in the cost category less than three times present spot prices and used only in conventional reactors, are enough to last for about 90 years. This represen... | |
uranium_in_earth/Uranium10_13.txt | ley 2001, p. 478.
^ "The Electric Journal". Westinghouse Club. 10 April 1920 – via Google Books.
^ Gillett, Horace Wadsworth; Mack, Edward Lawrence (10 April 1917). Preparation of ferro-uranium. Technical Paper 177 – U.S. Bureau of Mines. U.S. Govt. print. off. – via Google Books.
^ Seaborg 1968, p. 773.
^ Fe... | |
uranium_in_earth/supply_of_uranium1_315.txt | K1rwMXp1yAUdWbjhBiB6iFGMnLSwRVrPADJbrnJHRwk8bXX/MZg1qndNEx0w558dFwtVn9sZZTbbxLnMoRoGvskue4nNDkKGHs4sjTVtscHnjAFWpEdVy61Xl+v0IOXdX4nWHia1h3AepcLsvdrxlLBRjEeoZ | |
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uranium_in_earth/supply_of_uranium1_73.txt | iiI1E6VDemU2wVURu/UPoymTpN/eCn8Cxo4c98l5hHxk7cV66QWO0f9dzkIPOISeIawOhEUjVBJmuWf+UDFlyMVt5isK2p5Iu/MNgIQYykjzH0yDr02N0hnfkJMP+3Wa7YVCgJ5O4VzgwffsJl4s | |
uranium_in_earth/radionuclide_basis1_11.txt | -10.996 10.712L15 19v9h22v-9c0-6.075-4.925-11-11-11z"></path></svg></span>) or <strong>https://</strong> means you’ve safely connected to the.gov website. Share sensitive information only on official, secure websites.
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uranium_in_earth/u_and_t4_30.txt |
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uranium_in_earth/supply_of_uranium1_616.txt | NXrBpcDEAJf57LsGzgyB7gSfEbcKP6+9N5a8Rk0vB9hkcvJSsHeSL8UtRmqoaFmYs9TU9eC79Tyl+bRL9g5hRZ+uFuVXpgR/uUGtYC2fJ1CR3H8m4ZumYUd52nUDPMkLq1NpYhkHOpR2DdFV | |
uranium_in_earth/supply_of_uranium4_28.txt | paper by Colin MacDonald, <em>Uranium: Sustainable Resource or Limit to Growth?</em> – supplemented by his 2005 WNA Symposium paper and including a model <em>Economic adjustments in the supply of a 'non-renewable' resource</em> from Ian Hore-Lacy.</p>
<p style="display: none;">It is commonly asserted that because "th... | |
uranium_in_earth/radionuclide_basis1_83.txt | 5-.6 1-1 1.7-1.3.6-.3 1.3-.6 2-.8 1.5-.4 2.8-.6 4.2-.6 1.8 0 3.6.3 5.2.9s2.8 1.6 3.4 2.9c.4.7.6 1.4.7 2s.1 1.2.1 1.8l-.2 12c0 1.1 3.1.4 6.3zm-.5-12.2c-.7-. | |
uranium_in_earth/radionuclide_basis3_11.txt | decays by alpha particles. External exposure to uranium is therefore not as dangerous as exposure to other radioactive elements because the skin will block the alpha particles. Ingestion of high concentrations of uranium can cause <a href="/radiation/radiation-health-effects">health effects</a>, such as cancer of... | |
uranium_in_earth/supply_of_uranium1_39.txt | JYxxLKsRv7V+ssdJMoIFr3ajoGCboZlyGYcDqZdtUoh62aJPu1wHIuPaar4xeyhv5K09iWud4dGNMvLpDoLMUfpwsMoF2uMqVAfFAWfUdK2AkRd6TBU257H74+i9+plC9E8KU0J25R7txu2Xtmd5qHbxTeIu6HS | |
uranium_in_earth/supply_of_uranium1_593.txt | X5q8K9uipOc/73JuIbjpUFw8FG14RLM/Vb8wsb5oRbBdGCK4VRR0AxJl2s4YrByxegYutEd7WXP6M9FV/kC7PjjjKLMo+59Ojpwb3yR+Qw/hKHnt7qP6zori3UsvwSQPkBW6vWO3gvtV6N2W1q84I | |
uranium_in_earth/supply_of_uranium1_343.txt | hV8omgYgtnO8If0VknM10lTHNYqr8HOzd0kbmxrmdyjMG4cBXvQPabyaCbnl56jbCZt2Uh8qJR8ON4ObT5/hErjjm31Dy+XicMV3oHBOt701+qpTUOcN+ca7B6EXvGNI7xWaNpTIxJTSSaYeON2ExB5tQz3l | |
uranium_in_earth/radionuclide_basis1_123.txt | .3-1.7 1.8-4.1 2.7-7.1 2.7-.9 0-2.1-.2-3.6-.6-.7-.2-1.4-.6-2.2-1s-1.5-1-2.2-1.7c-.7-.9-1.4-2.1-2-3.6s-.9-3.5-.9-6.1.4-4.8 1.1-6.6c.7-1. | |
uranium_in_earth/supply_of_uranium1_621.txt | Qu7kpCb/Hh/q7INpJyN0m3oshhFs13WV2oF8IMGuZh8mvTJMbcvgAx7aSRvuaQPD08Veti2dKjW8UqbJudILyPdmKv2gAzEueFWardXnq5MrKKflOyagPWpjbv1BojDIAot2YnhO2GvXL37teqymblXRRSNhxbai | |
uranium_in_earth/Uranium10_14.txt | ). "Artificial radioactivity produced by neutron bombardment: Nobel Lecture" (PDF). Royal Swedish Academy of Sciences. Archived from the original (PDF) on 9 August 2018. Retrieved 14 June 2017.
^ De Gregorio, A. (2003). "A Historical Note About How the Property was Discovered that Hydrogenated Substances Increase the ... |
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