Chlorine Radioactive

Radioactive chlorine is the general name for radioactive isotopes of chlorine, which have mass numbers from 32 to 40. These isotopes have half-lives that vary from fractions of a second to several tens of millions of years.

Radioactive chlorine is used in biomedical research because it can help in the study of various processes in the human body. For example, radioactive chlorine-36 is used to study the metabolism of cells and tissues, as well as to assess the condition of the thyroid gland.

In addition, radioactive chlorine can be used in nuclear energy, for example, to produce energy by splitting chlorine atoms. However, it should be noted that the use of radioactive chlorine can lead to some problems, such as environmental pollution and radiation exposure to people and animals.

In general, radioactive chlorine is an interesting object for study and application in various fields of science and technology.

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Radioactive chlorine is the general name for radioactive isotopes of chlorine with mass numbers from 32-40, the half-life measured by individual isotopes ranges from a few fractions of a second to 2.7 10⁵ years; The simplest chlorine radioactive isotopes are obtained in nuclear fission reactions in slow or intermediate neutrons along the cesium 35 line (chain ending with 99 Tc), with the help of which radioactive cobalt chlorine is subsequently synthesized. Simplest