Want this question answered?
Presumably you mean radio-isotopes? These are produced usually in small reactors built for the purpose and possibly for other experimental purposes. Short lived isotopes are the most useful for medical tracer purposes as the activity soon dies away. Longer lived and higher energy ones are useful for radioactive treatment of tumors and other conditions. This question is not really relevant to Nuclear Energy and I will transfer it to Medical questions.
carbon-14
Because "isotopes" change the properties of an element. For example, pure/true potassium is highly explosive, but with isotopes, it can make it nutrients for everyday consumption.
Radiotracers have the same chemical properties to the stable isotopes of an element.
Isotopes such as radioisotopes, which are 'compounds containing radioactive forms of atoms, can be introduced into the body for the purpose of imaging, evaluating organ function, or localizing disease or tumors.' Modern uses of isotopes that are useful to us are smoke detectors, irradiation in pest control, agriculture applications (radioactive tracers), medical uses, etc. mike was here Additional uses come from the process of nuclear fission. It is used in nuclear power plants and in atom bombs.
because they detect cancer .
Helium-3 is used in experiments for nuclear fusion, neutron detection, cryogeny installations and RMN for medical use.
Presumably you mean radio-isotopes? These are produced usually in small reactors built for the purpose and possibly for other experimental purposes. Short lived isotopes are the most useful for medical tracer purposes as the activity soon dies away. Longer lived and higher energy ones are useful for radioactive treatment of tumors and other conditions. This question is not really relevant to Nuclear Energy and I will transfer it to Medical questions.
in making machines
carbon-14
On long term, the useful isotopes of plutonium are not renewable.
Just for knowing its origin
For example some useful isotopes: 241Am, 242mAm, 243Am.
Because "isotopes" change the properties of an element. For example, pure/true potassium is highly explosive, but with isotopes, it can make it nutrients for everyday consumption.
Radiotracers have the same chemical properties to the stable isotopes of an element.
Two examples are: carbon-14 and cobalt-60.
formula for determining the useful life of a building?