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Intersesting facts about radium11/13/2023 Print.Facts about the Definition of the Element RadiumĪ rare, brilliant white, luminescent, highly radioactive metallic element found in very small amounts in uranium ores, having 13 isotopes with mass numbers between 213 and 230, of which radium 226 with a half-life of 1,622 years is the most common. Minneapolis, MN: Twenty-First Century, 2006. The Elements: What You Really Want to Know. "Radium (Ra) | Chemical Element." Encyclopedia Britannica Online. "A person who spends a full year at the boundary of a nuclear power plant site would receive an additional radiation exposure of less than 1 percent of the radiation that everyone receives from natural background sources." Quotes About Radium Radiation can also attack the good cells, which is how it kills you if you come in contact with it too often or in large amounts. If you are trying to kill bad cells like cancer then you use radiation to attack those cells and try not to let the radiation spread to other good cells. The reason for this is because radium attacks your cells and tissues. Even though radium is used to treat cancer and used for other medical uses, it has also killed many lives. This was a large health hazard because the women performing these jobs were consuming large amounts of radium through a technique called “lip-pointing." These women would use their lips and tongues to shape their paintbrushes to a fine tip. This paste was used for painting watches, clocks, and instrument dials allowing them to glow. When a radium salt is mixed with a paste of zinc sulfide, the alpha radiation causes the zinc sulfide to glow. They can also be used to generate electrical power and in a nuclear reactor. Electricity produced by nuclear fission is one of the most common uses of radiation. Radiation sources can be used to power spacecraft and satellites, the lights on ocean buoys, and remote weather stations. This causes foods to take much longer to spoil. Industrial uses are more common in foods, medical equipment, and other substances like x-rays to kill germs without harming the substance that is being disinfected. They use nuclear materials in course work, laboratory demonstrations, experimental research, and a variety of health physics applications. From an educational standpoint, Radium is used in u niversities, colleges, high schools, and other academic and scientific institutions. When the radiation is used in this way, it is intended to kill cancerous tissue, reduce the size of a tumor, or reduce pain. More common uses for radium in the medical field are shown in x-rays or chemotherapy therapy for cancer. Radiation has useful applications in such areas as agriculture, archaeology (carbon dating), space exploration, law enforcement, geology (including mining), and many others. Today, it is also used in medicine, academics, and industry, as well as for generating electricity. Also, Radium is not used in as many things today like glow sticks because if it were to break open, it would be absorbed into the skin and kill the good cells and tissues within your body. But, it isn’t used too often anymore because cobalt and cesium are stronger and cheaper. It is used as radiation for many chemo treatments. Radium is most known for fighting diseases and killing cancer cells.
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