Enriched uranium

Marie Curie: A Magnificent Scientist Imagine if you had cancer and were told there was nothing the doctors could do to help. They told you that you only had 2 years to live and that they were extremely sorry. This is what would happen to every single cancer patient if Marie Curie never researched radioactivity. Marie Curie and Pierre Curie discovered radium in 1898, Marie then further researched it and discovered the benefits and disadvantages of it. Thanks to Currie radioactivity is now…

Travis Dean Sanders Life Science…

study, a highly fissionable element, Plutonium were created. From the extraction of U-235 from U-238, Scientists found that Uranium 238 were able to capture neutrons and to transform into a new element, Plutonium (National Park Service). Plutonium is currently used mostly at the power plant. Its fission generates huge amounts of energy. It is more stable than other Uranium, and safer for the transportation. The success of the chain reaction and the production of Plutonium have contributed…

At the end of the nineteenth century, scientists believed that all matter was composed of atoms. However, an English physicist named J.J. Thomson (1856-1940) discovered an even smaller particle that he called corpuscles, although we know them as electrons today. Thomson discovered that electrons are negatively charged, that they are much smaller and have less mass than atoms, and that they are uniformly present in many different types of substances. With this new discovery, the question of a…

The uranium around the world mostly lie under land controlled by tribes or indigenous people who don’t support it being mined from the earth. Mostly if they release waste then it will last up to 200-500 years before it actually goes away. This can be very bad…

Heat conduction mechanism represents the energy loss at the particle surface due to the collisions with the surrounding gas molecules. There is no simple theory to explain the cooling mechanism of the particles. During the laser pulse, the particle achieves the peak temperature and emit thermal signal. After the laser pulse duration, the particle starts to cool down. The cooling of the particles is characterized by a decay function. The decay of LII signal provides information about the primary…

Gargamelle Bubble Chamber Do you wonder what a huge tank of 12,000 liters of liquid hydrogen could be used for? The Gargamelle Bubble Chamber is a large, cylinder shaped tank/chamber. It was full of pressurised liquid hydrogen. The camber was used to detect charged particles. The chamber needed many things to work, it detected bubble paths , and it took pictures to gather evidence of charges. The chamber worked by using neutrons, particles, charged plates, cameras, and liquid hydrogen. The…

Rahul Das Mrs.Miller ELA 7th Grade 1 March 2016 Many years people have been mining 370 meters under the earth to find uranium and make nuclear energy, and the after result is nuclear waste. Nuclear waste is a problem we had for decades. The 3 Mile Island is one of the biggest nuclear problem we, and yet barely any of the nuclear waste got out it caused a huge amount of damage to the environment. Not everybody will agree that nuclear waste can be used for good because nuclear waste did take…

Stars have been mystery for quite a while in history, but Bethe's work made certain conclusions about the nuclear reactions that are possible in star, and how much energy comes from these reactions. The main goal is to measure which reactions are favored to accurately predict how stars emit energy. Also it must be proven that heavy elements are not likely to be formed by calculating probabilities of Nuclear reaction based on favored energy. The most favorable reactions in stars include the…

Natalie Caparelli Mrs.Stanton October 5, 2015 Is Nuclear Chemistry Worth The Risk? Pros and Cons of Nuclear Chemistry in Medicine Nuclear chemistry, along with its advantages, has many cons such as extended decay periods, emission of radioactive particles into the atmosphere, and negative side effects from its many medical uses. Radioactive particles vary in strength, alpha particles, for example, are able to pass through sheet of paper. On the other hand, gamma rays are about to pass through…