How To Use Radioactive decay In A Sentence
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Radon is present in the atmosphere because it is constantly being formed during the radioactive decay of uranium and radium.
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Beta decay is one of three principal forms of radioactive decay: alpha, beta, and gamma.
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In 1913 Richards had discovered that the atomic weight of natural lead and of that formed in radioactive decay of uranium minerals differ.
The Nobel Prize in Chemistry: The Development of Modern Chemistry
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They decided that the mysterious emanation must consist of gamma rays, the third form of radiation produced by radioactive decay.
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Francium was discovered in 1939 by the French physicist Marguerite Perey while she was analyzing the products formed during the radioactive decay of actinium.
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Gentry had discovered that granites contain microscopic coloration halos produced by the radioactive decay of primordial polonium.
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Fajans and Göhring were analyzing the mixture of substances found when isotopes of uranium undergo radioactive decay.
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radioactive decay
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Helium is also made by radioactive decay of uranium and thorium, both of which decay by emission of alpha particles.
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Fajans and Göhring were analyzing the mixture of substances found when isotopes of uranium undergo radioactive decay.
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This 20-pound battery-operated detector uses the semiconducting properties of a germanium crystal to detect and analyze neutrons and gamma-rays, common by-products of radioactive decay.
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Unlike other carbon-dating methods that monitor scintillations produced by radioactive decay, the TAMS method counts the actual number of carbon isotope atoms in a sample.
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However, if we add one or more neutrons to a stable nucleus, or take neutrons away from it, the nucleus may become unstable and undergo radioactive decay.
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This particular arrangement of nucleons is unstable and so tritium readily undergoes radioactive decay to yield a helium atom.
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Radon is present in the atmosphere because it is constantly being formed during the radioactive decay of uranium and radium.
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The radioactive decay releases energy in the form of ionising radiation.
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The alpha particles emitted by the radioactive decay of the americium - 241 ionize the oxygen and nitrogen atoms present in the chamber, giving rise to free electrons and ions.
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The obvious place to look was at scars in rocks which had been etched by the radioactive decay process.
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A new method of radioactive tracing involves the use of a new clock, based on the radioactive decay of uranium - 235 to protactinium - 231.
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Each element has at least one isotope with unstable nuclei that can undergo radioactive decay.
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Fast forward a few years to the mid-1960s, and another group found that a particle known as kaon violated two types of symmetry-charge and mirror, a CP-violation-when it underwent radioactive decay.
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Sorry couldnt write symbol for 1st generation antilepton. but my question is, in the above radioactive decay what would be the unknown isotope.
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Plutonium does not exist in nature but results from radioactive decay of uranium - 239.
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The only missing one was element number 61, which was eventually isolated from the debris of the radioactive decay of uranium and given the name of promethium, after the Greek god who gave man fire.
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In addition to primeval heat, Earth's core also gets heat from radioactive decay of uranium, thorium, and potassium.
